mhurhangee/ep-ind-claims huggingface dataset:
A valve clamping device, wherein the valve clamping device comprises: a first clamping component, a second clamping component, and a fixing component for fixing the first clamping component and the second clamping component; the first clamping component comprises at least two first clamping arms, the second clamping component comprises a corresponding number of second clamping arms, each first clamping arm and the corresponding second clamping arm are combined into a pair of clamps, wherein the first clamping arms and the second clamping arms respectively have a plurality of clamping teeth (702, 802) matched with each other, characterized in that distal ends of at least one part of the first clamping arms are outwardly provided with first protrusions and inwardly provided with second protrusions along a clamping direction of the first clamping arms.
Method for operation of a vacuum cleaner, in which in the filter cleaning position controlled by a switching valve arrangement (19, 20, 21) at least one filter through which the stream of air laden with dirt flows is cleaned in the opposite direction to this stream of air, and the suction air laden with dirt from the dirt collecting container flows firstly through the at least one filter which is adjoined in the flow direction by a suction chamber which is adjoined downstream by an intermediate chamber which is arranged on the suction side of the turbine, and arranged downstream of the turbine there is a high pressure chamber, wherein to reduce the actuating force of the switching valve arrangement (19, 20, 21) in the cleaning position of the vacuum cleaner an equalisation of pressure takes place between the high pressure chamber and the intermediate chamber, characterised in that the equalisation of pressure is effected by a valve (37, 39) which lets the high pressure air produced by the turbine into the intermediate chamber and eliminates the vacuum which prevails there and opposes the lifting movement of a lifting magnet.
A device for charging furnace chambers of a coke furnace, with a horizontal screw conveyor arranged on a lower side of a charging car, a charging telescope, which is situated underneath an outlet of the horizontal screw conveyor, and exhibits a hopper along with a lower telescope part that can be vertically lowered into charging openings in the furnace cover of the coke furnace, and a lifting device for vertically adjusting the lower telescope part, wherein the charging telescope can be moved horizontally in two mutually orthogonal axes (X, Y) for purposes of adjustment to the respective position of the charging opening s relative to the charging car, characterized in that the hopper of the charging telescope along with the lifting device joined with the lower charging telescope part are fastened to a support frame, which is arranged so that it can move linearly within a drive frame along a first axis, that the drive frame is arranged so that it can move horizontally along a second axis on rails fastened to the lower side of the charging car, and that a seal is arranged on the upper side of the support frame, envelops the hopper of the charging telescope, interacts with a horizontal flange surface on the periphery of the outlet of the horizontal screw conveyor, and permits horizontal adjustment movements of the hopper relative to the outlet of the horizontal screw conveyor. a horizontal screw conveyor arranged on a lower side of a charging car, a charging telescope, which is situated underneath an outlet of the horizontal screw conveyor, and exhibits a hopper along with a lower telescope part that can be vertically lowered into charging openings in the furnace cover of the coke furnace, and a lifting device for vertically adjusting the lower telescope part,
A method for genetically modifying a filamentous fungus host for improved protein production, which comprises genetically modifying a filamentous fungus host to be deficient, with reduced or lacking amount or with reduced or lacking activity, or to overexpress, to increased amount or activity, of gene tre108381 (SEQ ID NO:1); or a coding region of the gene or other nucleotide sequence hybridizing under stringent conditions to said gene, said host being capable of increased or decreased production of cellulase, hemicellulase, other proteins involved in the degradation of lignocellulosic material and/or other proteins as compared to the parental strain.
Method for manufacturing vehicle tyres, with the following steps: a) placing at least one belt ply on a movable belt drum (1, 3, 5, 7, 9, 11), wherein the belt drum (1, 3, 5, 7, 9, 11) substantially comprises a cylindrical flat surface and is stationed in a starting position, b) moving the belt drum (1, 3, 5, 7, 9, 11) into a further position for winding up a wound bandage, wherein the tyre belt is covered over with the wound bandage, c) moving the belt drum (1, 3, 5, 7, 9, 11) into a further position for winding up a material ply with which a first part of the tread is formed, d) moving the belt drum (1, 3, 5, 7, 9, 11) into a further position for winding up a material ply with which a second part of the tread is formed, e) moving the belt drum (1, 3, 5, 7, 9, 11) into a further position for applying a further tyre component, f) moving the belt drum (1, 3, 5, 7, 9, 11) into a further position for removing the produced belt-tread assembly by a transporting device, g) transferring the belt-tread assembly to a shaping drum, wherein a tyre carcass is brought together with the belt-tread assembly by the shaping drum, h) completing the vehicle tyre by a conventional manufacturing method. a) placing at least one belt ply on a movable belt drum (1, 3, 5, 7, 9, 11), wherein the belt drum (1, 3, 5, 7, 9, 11) substantially comprises a cylindrical flat surface and is stationed in a starting position, b) moving the belt drum (1, 3, 5, 7, 9, 11) into a further position for winding up a wound bandage, wherein the tyre belt is covered over with the wound bandage, c) moving the belt drum (1, 3, 5, 7, 9, 11) into a further position for winding up a material ply with which a first part of the tread is formed, d) moving the belt drum (1, 3, 5, 7, 9, 11) into a further position for winding up a material ply with which a second part of the tread is formed, e) moving the belt drum (1, 3, 5, 7, 9, 11) into a further position for applying a further tyre component, f) moving the belt drum (1, 3, 5, 7, 9, 11) into a further position for removing the produced belt-tread assembly by a transporting device, g) transferring the belt-tread assembly to a shaping drum, wherein a tyre carcass is brought together with the belt-tread assembly by the shaping drum, h) completing the vehicle tyre by a conventional manufacturing method.
A guide vane (10, 20, 30) for molten solder characterized in that the guide vane comprises: a board (13, 23, 33) extending in a longitudinal direction of the guide vane; and a plurality of pair structures(11, 12; 21, 22; 31, 32) standing on the board and aligned with one another in the longitudinal direction of the guide vane, wherein each of said structures comprises a first member (11, 21, 31) having a curvature or angular inner surface shape and having a prescribed height and a first respective pair of edges, and comprises a second member (12, 22, 32) having a curvature or angular inner surface shape and having a prescribed height and a second respective pair of edges; wherein each of the pair structures having said first and second members is arranged so that respective inner surfaces of said first and second members face toward respective edges of the other member; wherein said first and second members are shifted left or right in a view from a main flow direction of the molten solder by a length shorter than a distance of connecting both edges of said first and second members; wherein each of said pair structures includes an opening(14, 15, 24, 25, 34, 35) defined by the edge of one of said first and second members and the edge of the other one of said first and second members; and whereby a flow of the molten solder directed to the opening is turned in each of said pair structures to change a direction of the flow of the molten solder from a horizontal direction to a vertical direction. a board (13, 23, 33) extending in a longitudinal direction of the guide vane; and a plurality of pair structures(11, 12; 21, 22; 31, 32) standing on the board and aligned with one another in the longitudinal direction of the guide vane, wherein each of said structures comprises a first member (11, 21, 31) having a curvature or angular inner surface shape and having a prescribed height and a first respective pair of edges, and comprises a second member (12, 22, 32) having a curvature or angular inner surface shape and having a prescribed height and a second respective pair of edges; wherein each of the pair structures having said first and second members is arranged so that respective inner surfaces of said first and second members face toward respective edges of the other member; wherein said first and second members are shifted left or right in a view from a main flow direction of the molten solder by a length shorter than a distance of connecting both edges of said first and second members; wherein each of said pair structures includes an opening(14, 15, 24, 25, 34, 35) defined by the edge of one of said first and second members and the edge of the other one of said first and second members; and whereby a flow of the molten solder directed to the opening is turned in each of said pair structures to change a direction of the flow of the molten solder from a horizontal direction to a vertical direction.
A cutting system for sheets, comprising at least a cutting centre, a sorting apparatus provided with handlers for gripping pieces cut by said cutting centre and a transfer board, movable between an area where said handlers operate and the inside of the cutting centre, apt to support said sheets, said cutting centre comprising at least a cutting head (L 1), which is mounted movable above said transfer board and is provided with a distance detection sensor which detects distance data with respect to a sheet to be cut resting on said transfer board, said transfer board comprising a resting grid which is partly worn by said cutting head, and wherein said cutting centre and said sorting apparatus have respective first and second control logics, characterised in that data interface means are furthermore provided, between said first control logic of the cutting centre and said second control logic of the sorting apparatus, by which said distance data, acquired by said distance detection sensor, are transferred and in that said second control logic has processing means configured: for defining, periodically during operation cycles, an altitude map based on said distance data detected in a number of positions, and for controlling a gripping step of said handlers based on said altitude map. said cutting centre comprising at least a cutting head (L 1), which is mounted movable above said transfer board and is provided with a distance detection sensor which detects distance data with respect to a sheet to be cut resting on said transfer board, said transfer board comprising a resting grid which is partly worn by said cutting head, and wherein said cutting centre and said sorting apparatus have respective first and second control logics, characterised in that data interface means are furthermore provided, between said first control logic of the cutting centre and said second control logic of the sorting apparatus, by which said distance data, acquired by said distance detection sensor, are transferred and in that said second control logic has processing means configured: for defining, periodically during operation cycles, an altitude map based on said distance data detected in a number of positions, and for controlling a gripping step of said handlers based on said altitude map. for defining, periodically during operation cycles, an altitude map based on said distance data detected in a number of positions, and for controlling a gripping step of said handlers based on said altitude map.
A transparent screen, comprising: a transparent sheet; the transparent screen characterized in that it is further comprising a thin film of a metal material, said thin film arranged on the transparent sheet, in which a large number of equally sized regular hexagonal hole portions are formed in a web-like manner, and in which, when a line width of a web-like line portion formed by connecting a side portion of one of the adjacent regular hexagonal hole portions and a side portion of the other adjacent regular hexagonal hole portion so as to have an even width with respect to each other is w and a longest diagonal length that halves the regular hexagonal hole portion is d, a ratio of w to d (w/d) falls within a range of 7/80 to 7/50. a transparent sheet; the transparent screen characterized in that it is further comprising
A cartridge for a slicing food processing machine which disposes stock underneath a food product, wherein said cartridge comprises: a base member; a stock roller drag brake rotatably attached to the base member; a nip roller rotatably attached to the base member; and a chute attached to the base member. a base member; a stock roller drag brake rotatably attached to the base member; a nip roller rotatably attached to the base member; and a chute attached to the base member.
An electrophotographic photosensitive member, comprising a support and a photosensitive layer provided on the support, wherein a plurality of depressed portions independent of each other are formed on the surface of the electrophotographic photosensitive member, the number of the depressed portions per 100 μm square is 76 or more and 1,000 or less, and openings of the depressed portions have an average major axis diameter of more than 3.0 μm and 14.0 μm or less, and wherein the depth of a depressed portion is 0.1 μm or more, wherein the number, average major axis diameter, and depths of the depressed portions are determined according to the description.
An intercooled cooling system for a gas turbine engine, comprising: a heat exchanger in fluid communication with a cooling airflow source directed through the heat exchanger; an auxiliary compressor fluidly coupled to the heat exchanger via a discharge duct to compress the cooling airflow exiting the heat exchanger; a compressor discharge pathway to direct a first portion of the cooling airflow from the auxiliary compressor to a first cooling location of the gas turbine engine; and a bypass pathway fluidly coupled to the discharge duct between the heat exchanger and the auxiliary compressor to direct a second portion of the cooling airflow to a second cooling location of the gas turbine without passing through the auxiliary compressor; characterized by a bypass valve to control a bypass ratio of the second portion of cooling airflow to the first portion of cooling airflow. a heat exchanger in fluid communication with a cooling airflow source directed through the heat exchanger; an auxiliary compressor fluidly coupled to the heat exchanger via a discharge duct to compress the cooling airflow exiting the heat exchanger; a compressor discharge pathway to direct a first portion of the cooling airflow from the auxiliary compressor to a first cooling location of the gas turbine engine; and a bypass pathway fluidly coupled to the discharge duct between the heat exchanger and the auxiliary compressor to direct a second portion of the cooling airflow to a second cooling location of the gas turbine without passing through the auxiliary compressor; characterized by a bypass valve to control a bypass ratio of the second portion of cooling airflow to the first portion of cooling airflow.
A video decoding apparatus for implementing backward inter-image prediction from a temporally subsequent image, comprising: • input means for effecting input of image data containing encoded data of an encoded image, and an image output instruction flag added to the encoded data; • decoding means for decoding the encoded data to generate a decoded image; • image storage means for storing reference images for decoding of a next image and to be output according to their output time, and output display queueing images, wherein an output display queueing image is an image not used as a reference image but retained in the image storage means before the coming of its output time; and • a controller for managing the reference images and the output display queueing images stored in the image storage means, • wherein the controller deletes all the reference images and all the output display queueing images stored in the image storage means, when the image output instruction flag attached to an instantaneous decoder refresh image encoded without reference to any image stored in the image storage means is "1"; • wherein when the image output instruction flag is "0", the controller deletes only all reference images from the image storage means. • input means for effecting input of image data containing encoded data of an encoded image, and an image output instruction flag added to the encoded data; • decoding means for decoding the encoded data to generate a decoded image; • image storage means for storing reference images for decoding of a next image and to be output according to their output time, and output display queueing images, wherein an output display queueing image is an image not used as a reference image but retained in the image storage means before the coming of its output time; and • a controller for managing the reference images and the output display queueing images stored in the image storage means, • wherein the controller deletes all the reference images and all the output display queueing images stored in the image storage means, when the image output instruction flag attached to an instantaneous decoder refresh image encoded without reference to any image stored in the image storage means is "1"; • wherein when the image output instruction flag is "0", the controller deletes only all reference images from the image storage means.
A system comprising: a family of local radio frequency coils, each local RF coil including a number of RF coil elements and being configured to be used with a same detachable magnetic resonance receiver block; the system further comprising the detachable MR receiver block which includes: at least one galvanic connector which is adapted for connecting in a connected configuration to a radio frequency coil element of any one of the local RF coils of the family, respectively, to receive MR signals; at least one digitizer connected to the at least one galvanic connector, the at least one digitizer being adapted for converting the received MR signals to a digital format; a power supply connected to the at least one digitizer which is adapted for providing power to operate the at least one digitizer; and a receiver block housing configured to removably attach to a housing of any one of the local RF coils of the family in the connected configuration, the receiver block housing enclosing the at least one galvanic connector and the at least one digitizer. a family of local radio frequency coils, each local RF coil including a number of RF coil elements and being configured to be used with a same detachable magnetic resonance receiver block; the system further comprising the detachable MR receiver block which includes: at least one galvanic connector which is adapted for connecting in a connected configuration to a radio frequency coil element of any one of the local RF coils of the family, respectively, to receive MR signals; at least one digitizer connected to the at least one galvanic connector, the at least one digitizer being adapted for converting the received MR signals to a digital format; a power supply connected to the at least one digitizer which is adapted for providing power to operate the at least one digitizer; and a receiver block housing configured to removably attach to a housing of any one of the local RF coils of the family in the connected configuration, the receiver block housing enclosing the at least one galvanic connector and the at least one digitizer.
A device for decrypting an encapsulated three-dimensional graphical object comprising an encrypted three-dimensional graphical object defined by a plurality of points and a plurality of surfaces defined by the plurality of points and at least one encapsulation represented by a list of points and a list of surfaces defined by points in the list of points, the at least one encapsulation comprising a plurality of surfaces that enclose the encrypted three-dimensional graphical object, wherein the encrypted three-dimensional graphical object has been encrypted using a format-preserving encryption method, the device comprising a processor configured to: receive the encapsulated three-dimensional graphical object; remove the encapsulation to obtain the encrypted three-dimensional graphical object by removing the surfaces of the encapsulation from the list of surfaces; decrypt the encrypted three-dimensional graphical object to obtain an unencrypted three-dimensional graphical object; and output the unencrypted three-dimensional graphical object. receive the encapsulated three-dimensional graphical object; remove the encapsulation to obtain the encrypted three-dimensional graphical object by removing the surfaces of the encapsulation from the list of surfaces; decrypt the encrypted three-dimensional graphical object to obtain an unencrypted three-dimensional graphical object; and output the unencrypted three-dimensional graphical object.
A sheet feeder (21; 53) comprising: a base portion configured to support thereon a stack of sheets piled on top of another; a blower configured to blow air to the stack of sheets supported on the base portion so as to float one or more sheets in an uppermost portion of the stack of sheets; a suction/feed system located above the base portion, the suction/feed system configured to suck the sheet floated by the blower and to feed the sheet in a predetermined feeding direction; a photographic device configured to take a picture of the one or more sheets floated by the blower; characterized by an illuminating device configured to emit light to the one or more sheets floated by the blower a plurality of times during one exposure process carried out by the photographic device. a base portion configured to support thereon a stack of sheets piled on top of another; a blower configured to blow air to the stack of sheets supported on the base portion so as to float one or more sheets in an uppermost portion of the stack of sheets; a suction/feed system located above the base portion, the suction/feed system configured to suck the sheet floated by the blower and to feed the sheet in a predetermined feeding direction; a photographic device configured to take a picture of the one or more sheets floated by the blower; characterized by an illuminating device configured to emit light to the one or more sheets floated by the blower a plurality of times during one exposure process carried out by the photographic device.