mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: moving (70, 82) a lens included in an image capture device to a lens position during a first frame; obtaining (72, 82) image information for the scene from a sensor array included in the image capture device at different movement stages of the lens during the first frame; calculating (74, 86) a corrupt focus value (FV0') for a scene at the lens position from the first frame after lens settlement based on the image information from the first frame; measuring coefficients (90, 92, 94) for the first frame based on the different movement stages (50, 52, 54) of the lens during the first frame; and predicting (76, 96) a valid focus value (FV0') for the scene at the lens position based on the corrupt focus value for the lens position, the coefficients for the first frame, and a valid focus value for a previous lens position. moving (70, 82) a lens included in an image capture device to a lens position during a first frame; obtaining (72, 82) image information for the scene from a sensor array included in the image capture device at different movement stages of the lens during the first frame; calculating (74, 86) a corrupt focus value (FV0') for a scene at the lens position from the first frame after lens settlement based on the image information from the first frame; measuring coefficients (90, 92, 94) for the first frame based on the different movement stages (50, 52, 54) of the lens during the first frame; and predicting (76, 96) a valid focus value (FV0') for the scene at the lens position based on the corrupt focus value for the lens position, the coefficients for the first frame, and a valid focus value for a previous lens position.
A substrate unit, comprising: a first substrate part having rigidity; a second substrate part stacked on one surface of the first substrate part and having flexibility; a third substrate part extending outwardly from the second substrate part and having flexibility; and wherein the first substrate part comprises a recessed portion that is inwardly recessed so as to prevent interference between the first substrate part and the third substrate part as well as to prevent damage of the third substrate part, and a protruding corner portion outwardly protruding from the first substrate part, wherein the third substrate part is disposed on one side of the recessed portion, and the other side of the recessed portion is disposed with the protruding corner portion, characterised in that the portion where the edge portion of the first substrate part and the edge portion of the third substrate part meet is disposed between a first imaginary extension line extended from the free end side of the protruding corner portion and running orthogonal to a lateral side of the third substrate part and a second imaginary extension line parallel with the first imaginary line extended from a bottom surface of the recessed portion and running orthogonal to a lateral side of the third substrate part. a first substrate part having rigidity; a second substrate part stacked on one surface of the first substrate part and having flexibility; a third substrate part extending outwardly from the second substrate part and having flexibility; and wherein the first substrate part comprises a recessed portion that is inwardly recessed so as to prevent interference between the first substrate part and the third substrate part as well as to prevent damage of the third substrate part, and a protruding corner portion outwardly protruding from the first substrate part, wherein the third substrate part is disposed on one side of the recessed portion, and the other side of the recessed portion is disposed with the protruding corner portion, characterised in that the portion where the edge portion of the first substrate part and the edge portion of the third substrate part meet is disposed between a first imaginary extension line extended from the free end side of the protruding corner portion and running orthogonal to a lateral side of the third substrate part and a second imaginary extension line parallel with the first imaginary line extended from a bottom surface of the recessed portion and running orthogonal to a lateral side of the third substrate part.
A blade assembly comprising: a mounting ring; at least two elongate cutting blades, each cutting blade having a proximal end connected to the mounting ring, each cutting blade extending from the mounting ring toward a center of the mounting ring, each cutting blade being twisted along a length of the cutting blade; and a substantially circular central support positioned substantially at the center of the mounting ring, wherein a distal end of each cutting blade is connected to the central support. a mounting ring; at least two elongate cutting blades, each cutting blade having a proximal end connected to the mounting ring, each cutting blade extending from the mounting ring toward a center of the mounting ring, each cutting blade being twisted along a length of the cutting blade; and a substantially circular central support positioned substantially at the center of the mounting ring, wherein a distal end of each cutting blade is connected to the central support.
Apparatus associable with a wrapping machine (100; 110) for fixing an end tab of a wrapping film to a film portion wrapped around a load at the end of a wrapping process of the latter, comprising frame means, abutting means and fixing means, said abutting means and said fixing means being supported by said frame means, cooperating with one another for grasping and fixing said end tab to said film portion and being movable between respective operating positions (W1, W2), wherein they interact with said film, and respective non-operating positions, wherein they do not interact with said film, said apparatus comprising carriage means rotatably supporting said abutting means and linearly movable along a movement direction, first driving means (11; 41) for moving said carriage means along said movement direction, and second driving means (12; 42) arranged for interconnecting and linking said abutting means to said carriage means and/or to said frame means and for rotating said abutting means when said carriage means is moved along said movement direction, said abutting means being thus moved with respect to said load with a composite translation and rotation motion having a set motion composition ratio, said apparatus being characterized in that said second driving means (12; 42) comprises an interchangeable transmission element (32; 22) which is replaceable with at least one further transmission element, such as to modify said motion composition ratio and obtain a desired motion trajectory of said abutting means.
Feed circuit for an oil-hydraulic actuating drive which comprises the following: a first line which is intended to be connected to a first chamber of an actuating drive; a second line which is intended to be connected to a second chamber of an actuating drive; a return line which connects the first line and the second line; a return valve which is arranged on the return line and is configured in order to assume a closing position, in which it closes the return line, and an opening position, in which it opens the return line; wherein the return valve is normally closed and can be switched to the opening position by the action of a control pressure; a control line which is connected to the first line and to the return valve in order to transmit a control pressure to the return valve; a drainage line which is connected to the control line and to an outlet or an outlet line; a control valve (10, 10a, 10b) which is arranged on the drainage line and is configured in order to assume an opening position, in which it allows flow along the drainage line, and a closing position, in which it closes the drainage line; wherein the control line comprises a first control constriction; wherein the drainage line comprises a drainage constriction; characterized in that the return valve assumes the closing position in an inoperative state and can be switched to the opening position by the pressure prevailing in the control line. a first line which is intended to be connected to a first chamber of an actuating drive; a second line which is intended to be connected to a second chamber of an actuating drive; a return line which connects the first line and the second line; a return valve which is arranged on the return line and is configured in order to assume a closing position, in which it closes the return line, and an opening position, in which it opens the return line; wherein the return valve is normally closed and can be switched to the opening position by the action of a control pressure; a control line which is connected to the first line and to the return valve in order to transmit a control pressure to the return valve; a drainage line which is connected to the control line and to an outlet or an outlet line; a control valve (10, 10a, 10b) which is arranged on the drainage line and is configured in order to assume an opening position, in which it allows flow along the drainage line, and a closing position, in which it closes the drainage line; wherein the control line comprises a first control constriction; wherein the drainage line comprises a drainage constriction; characterized in that the return valve assumes the closing position in an inoperative state and can be switched to the opening position by the pressure prevailing in the control line.
An insulating frame for insulating a roof window, said insulating frame comprising two side insulating frame pieces (2a,2b) intended for being located at the sides of the window in the mounted state, a top insulating frame piece intended for being located uppermost in the mounted state, and a bottom insulating frame piece intended for being located lowermost in the mounted state, said insulating frame pieces (2a,2b,3,4) surrounding an opening, the shape of which corresponds substantially to the shape of the roof window and the dimensions of which are larger than or corresponding to the outer dimensions of the roof window, each insulating frame piece having an inner side surface facing the opening, a bottom surface and at least one outer side surface facing away from' the opening, characterized in that each of the insulating frame pieces comprises a lower section and an upper section, where the upper section has a first side facing the opening and a second side facing away from the opening, a bottom portion of the upper section having a predetermined maximum width, the width between the first side and the second side decreasing from said maximum width in the height direction of the upper section such that the second side forms a predetermined angle other than perpendicular with the bottom portion, wherein the two side insulating frame pieces (2a,2b) have upper sections with substantially identical cross sections and the upper section of the bottom insulating frame piece has a cross section that differs from that of the side insulating frame pieces, where the first sides of the top and side insulating frame pieces (2a,2b,3) have the same height, this height being such that a relatively large portion of corresponding window frame pieces is overlapped by the upper section of the top and side insulating frame pieces in the mounted state and such that a larger portion of corresponding window frame pieces is overlapped by the upper section of the top and side insulating frame pieces in the mounted state than the portion of a corresponding window frame piece overlapped by the upper section of the bottom insulating frame piece in the mounted state, where the upper sections of the top and side insulating frame pieces (2a,2b,3) have the cross-sectional shape of a right-angled triangle with an apex angle of 20-45 degrees, and where the upper section of the bottom insulating frame piece. has the general shape of an isosceles triangle, but where the hypotenuse forming the second side is replaced by a curved and concave surface, that ledges or projections are provided on the inner side surfaces of all of the insulating frame pieces, these ledges or projections being intended to serve as a bearing for the window, and that the insulating frame pieces (2a,2b,3,4) are provided with one or more stiffening members.
A cryogenic liquid vaporizer for vaporizing a cryogenic liquid, comprising: a vaporizing tube panel including a plurality of vaporizing tubes each extending in a vertical direction and for allowing the cryogenic liquid to flow therethrough so as to cause a heat exchange with an external medium, thereby vaporizing the cryogenic liquid, and an inter-vaporizing tube distribution pipe for distributing the cryogenic liquid to the respective vaporizing tubes, wherein the plurality of vaporizing tubes are arranged on a vertical plane and side-by-side in a horizontal direction, and the inter-vaporizing tube distribution pipe is disposed to extend in the horizontal direction and connected to respective lower ends of the vaporizing tubes; and a liquid supply section for supplying a heat-exchanging liquid from an upper end of the vaporizing tube panel to allow the heat-exchanging liquid to flow down along the plurality of vaporizing tubes, characterized by a heat-transfer suppressing section for suppressing a heat transfer amount per unit area from the heat-exchanging liquid to a second region of the inter-vaporizing tube distribution pipe located outside a first region of the inter-vaporizing tube distribution pipe in the horizontal direction, the first region being where the plurality of vaporizing tubes are arranged and the heat-transfer suppressing section being provided on only the second region. a vaporizing tube panel including a plurality of vaporizing tubes each extending in a vertical direction and for allowing the cryogenic liquid to flow therethrough so as to cause a heat exchange with an external medium, thereby vaporizing the cryogenic liquid, and an inter-vaporizing tube distribution pipe for distributing the cryogenic liquid to the respective vaporizing tubes, wherein the plurality of vaporizing tubes are arranged on a vertical plane and side-by-side in a horizontal direction, and the inter-vaporizing tube distribution pipe is disposed to extend in the horizontal direction and connected to respective lower ends of the vaporizing tubes; and a liquid supply section for supplying a heat-exchanging liquid from an upper end of the vaporizing tube panel to allow the heat-exchanging liquid to flow down along the plurality of vaporizing tubes, characterized by a heat-transfer suppressing section for suppressing a heat transfer amount per unit area from the heat-exchanging liquid to a second region of the inter-vaporizing tube distribution pipe located outside a first region of the inter-vaporizing tube distribution pipe in the horizontal direction, the first region being where the plurality of vaporizing tubes are arranged and the heat-transfer suppressing section being provided on only the second region.
Mobile filter device for a corrosive substance selected from organic solvents in an alkaline or acid solution and/or combinations thereof, the mobile filter device comprising: - a tank container, configured for receiving, storing and discharging of the corrosive substance; - a filter, disposed within the tank container and configured for processing of the corrosive substance; - a mount, adapted for repeatable dismountable connection to a transport device; characterized in that the tank container comprises a metal-free container wall, the container wall comprising a composite material coated with at least one inner corrosion-resistant coating layer disposed along the interior of the container wall, said coating layer being configured for storing a corrosive substance; wherein the composite material of the metal-free container wall consists of a bisphenol-based epoxy vinyl ester resin and at least one reinforcement material, and the coating layer consists of a novolac-based vinyl epoxy vinyl ester resin and at least one reinforcement material. - a tank container, configured for receiving, storing and discharging of the corrosive substance; - a filter, disposed within the tank container and configured for processing of the corrosive substance; - a mount, adapted for repeatable dismountable connection to a transport device;
Compressor (4, 6) of a turbine engine, in particular a low-pressure turbomachine compressor, comprising an upstream air intake for an upstream flow with an annular row of vanes and a system for measuring turbulences of a flow (18, 20) of the compressor (4, 6), the system comprising: - a first housing with a first pressure sensor and a first inlet, - a second housing with a second pressure sensor and a second inlet inclined relative to the first inlet, the inlets (48, 56) of the housings (44, 47, 54) being joined together in the same radial vane section representing at most: 30%, or 10%, or 5% of the radial height of the corresponding vane, the compressor further comprising a temperature sensor, the system being configured to calculate, in particular continuously, at least two orientation components of the velocity of the air flow (18, 20) on the basis of the pressure sensors (52, 58) and the temperature sensor. - a first housing with a first pressure sensor and a first inlet, - a second housing with a second pressure sensor and a second inlet inclined relative to the first inlet, the inlets (48, 56) of the housings (44, 47, 54) being joined together in the same radial vane section representing at most: 30%, or 10%, or 5% of the radial height of the corresponding vane, the compressor further comprising a temperature sensor, the system being configured to calculate, in particular continuously, at least two orientation components of the velocity of the air flow (18, 20) on the basis of the pressure sensors (52, 58) and the temperature sensor. the inlets (48, 56) of the housings (44, 47, 54) being joined together in the same radial vane section representing at most: 30%, or 10%, or 5% of the radial height of the corresponding vane, the compressor further comprising a temperature sensor, the system being configured to calculate, in particular continuously, at least two orientation components of the velocity of the air flow (18, 20) on the basis of the pressure sensors (52, 58) and the temperature sensor.
A surgical access device comprising: a lower portion comprising a central opening spaced from a lower portion outer wall; an upper portion adjacent to the lower portion and comprising a central opening spaced from an upper portion outer wall; and at least one flange portion (16, 17) positioned between and extending outwardly from the upper and lower portions (12, 14); wherein the outer wall of the upper portion comprises at least two gripping surfaces for grasping and compressing the device for insertion into an opening created by an incision in the skin of a patient, each gripping surface comprising a concave curved surface (36, 38) that is curved toward the central opening of the upper portion. a lower portion comprising a central opening spaced from a lower portion outer wall; an upper portion adjacent to the lower portion and comprising a central opening spaced from an upper portion outer wall; and at least one flange portion (16, 17) positioned between and extending outwardly from the upper and lower portions (12, 14); wherein the outer wall of the upper portion comprises at least two gripping surfaces for grasping and compressing the device for insertion into an opening created by an incision in the skin of a patient, each gripping surface comprising a concave curved surface (36, 38) that is curved toward the central opening of the upper portion.
Method for the materially bonded joining of an electrical line to an electrical contact part, comprising the steps: - introduction of an exposed line end of the line into a receiving sleeve of the contact part, - rotation of a friction welding tool at an open end face of the receiving sleeve for the materially bonded connection of the line end to the receiving sleeve, characterized by - introduction of a pulverulent metal filler material into the receiving sleeve prior to the rotation in such a way that the metal filler material is at least partially arranged between the line end and/or the receiving sleeve and the friction welding tool, wherein the metal filler material is selected or mixed from: brass, bronze, silver or nickel, and also the alloys thereof. - introduction of an exposed line end of the line into a receiving sleeve of the contact part, - rotation of a friction welding tool at an open end face of the receiving sleeve for the materially bonded connection of the line end to the receiving sleeve, characterized by - introduction of a pulverulent metal filler material into the receiving sleeve prior to the rotation in such a way that the metal filler material is at least partially arranged between the line end and/or the receiving sleeve and the friction welding tool, wherein the metal filler material is selected or mixed from: brass, bronze, silver or nickel, and also the alloys thereof.
A door device for a car body of a public passenger transport vehicle, in particular a rail vehicle, comprising - a door opening with a first door pillar region and a second door pillar region, a door width extending in a horizontal direction and with a door sill, - a first holding device arranged on the first door pillar region and having a first holding section, and - a second holding device arranged on the second door pillar region and having a second holding section, - characterized in that the first holding section is arranged movably on the first door pillar region from a stowed position, in which the first holding section is moved out of the door opening, into a working position, in which the first holding section is moved into the door opening, in such a way that a holding distance between the first holding section and second holding section is smaller in the working position than in the stowed position. - a door opening with a first door pillar region and a second door pillar region, a door width extending in a horizontal direction and with a door sill, - a first holding device arranged on the first door pillar region and having a first holding section, and - a second holding device arranged on the second door pillar region and having a second holding section, - characterized in that the first holding section is arranged movably on the first door pillar region from a stowed position, in which the first holding section is moved out of the door opening, into a working position, in which the first holding section is moved into the door opening, in such a way that a holding distance between the first holding section and second holding section is smaller in the working position than in the stowed position.
Device for filling pressurized gas tanks, particularly hydrogen tanks of vehicles, comprising a fluid transfer circuit comprising an upstream end having a plurality of pressurized fluid sources (2 to 10) and a downstream end comprising at least two dispensers (11, 12, 13), each designed to be connected to different tanks to be filled, each source (2 to 10) comprising a fluid outlet connected to an outlet valve (22 to 30), at least several of the outlet valves (22 to 30) being connected in parallel to each of the at least two dispensers (11 to 13) via at least two parallel transfer pipes (35 to 37), characterized in that at least some of the outlet valves (22 to 30) are connected in parallel to the same first manifold pipe of the circuit and in that the dispensers (11, 12, 13) are also connected in parallel to said first manifold pipe via a plurality of transfer pipes (35 to 37).