mhurhangee/patent-ind-claim-en huggingface dataset:
A method for printing on a continuous material from a material roll comprising: - providing a continuous material to be printed onto on a material roll ; - feeding the continuous material from the material roll to a printing table by means of feed in a feed direction comprising: - arranging a printing section of the continuous material on the printing table and - detecting a reference marking extending in a feed direction on the continuous material in the region of the printing section by means of a measuring device before arranging the printing section on the printing table ; - determining a positional deviation of the reference marking of the continuous material in relation to a reference position along a direction transverse to the feed direction by means of a control device ; - providing a print layout for printing on the printing section in the control device ; - determining a corrected print layout by means of the control device which corrected print layout is corrected with respect to a positioning of the print layout along the direction transverse to the feed direction depending on the positional deviation; and - printing onto the continuous material in the printing section according to the corrected print layout by means of a printing device that is displaced relative to the printing section arranged on the printing table during printing according to the corrected print layout. - providing a continuous material to be printed onto on a material roll ; - feeding the continuous material from the material roll to a printing table by means of feed in a feed direction comprising: - arranging a printing section of the continuous material on the printing table and - detecting a reference marking extending in a feed direction on the continuous material in the region of the printing section by means of a measuring device before arranging the printing section on the printing table ; - arranging a printing section of the continuous material on the printing table and - detecting a reference marking extending in a feed direction on the continuous material in the region of the printing section by means of a measuring device before arranging the printing section on the printing table ; - determining a positional deviation of the reference marking of the continuous material in relation to a reference position along a direction transverse to the feed direction by means of a control device ; - providing a print layout for printing on the printing section in the control device ; - determining a corrected print layout by means of the control device which corrected print layout is corrected with respect to a positioning of the print layout along the direction transverse to the feed direction depending on the positional deviation; and - printing onto the continuous material in the printing section according to the corrected print layout by means of a printing device that is displaced relative to the printing section arranged on the printing table during printing according to the corrected print layout.
Gear shifting coupling for a vehicle transmission, having a gear shaft with a synchroniser drum fixed to the shaft, on the outer toothing of which synchroniser drum a sliding bush is guided axially with its inner toothing , wherein the sliding bush in a shifting state is brought in an axial movement into tooth engagement with an outer toothing of a loose gearwheel in order to establish a torque transmission between the gear shaft and the loose gearwheel , and wherein the tooth engagement between the sliding bush inner toothing and the loose gearwheel outer toothing has clearance, specifically having a tooth flank clearance (Δz), and wherein during the torque transmission the tooth flanks , facing one another, of the inner toothing of the sliding bush and of the outer toothing of the loose gearwheel lose the tooth flank clearance (Δz) and come into abutment with one another, wherein between the sliding bush and the loose gearwheel acts at least one damping spring , by means of which the one stop motion of the tooth flanks which face one another is damped, characterised in that the damping spring has at least one leaf spring , and that the damping spring presses with a spring flank in an elastically yielding manner against a tooth flank of the loose gearwheel outer toothing , which tooth flank faces the leaf springs .
Firearm having a magazine holder which can be actuated on both sides, comprising: two actuating elements which are movable relative to one another, and a spring , wherein the first actuating element has a locking extension protruding in the direction of the weapon median plane for the temporary attachment of a magazine in the firearm, and a first actuating extension , wherein the second actuating element has a second actuating extension , and the two actuating elements are operatively connected to one another such that the locking extension releases the fastening of the magazine during a release movement onto one of the two actuating elements , characterized in that the first actuating element has a longitudinal guide for receiving a second end section of the second actuating element in an insertion position and is rotatably mounted in an installation position about a rotational axis of the second end section , wherein the locking extension is pretensioned by means of the spring in the direction of the weapon median plane , and the second actuating element is designed to be at least partially received within the first actuating element , and in the installation position, it is designed to be essentially opposite of the first actuating element to be supported by the weapon housing in order to effect a release of the magazine by means of the support on the weapon housing when the first actuating element is actuated. two actuating elements which are movable relative to one another, and a spring , wherein the first actuating element has a locking extension protruding in the direction of the weapon median plane for the temporary attachment of a magazine in the firearm, and a first actuating extension , wherein the second actuating element has a second actuating extension , and the two actuating elements are operatively connected to one another such that the locking extension releases the fastening of the magazine during a release movement onto one of the two actuating elements , characterized in that the first actuating element has a longitudinal guide for receiving a second end section of the second actuating element in an insertion position and is rotatably mounted in an installation position about a rotational axis of the second end section , wherein the locking extension is pretensioned by means of the spring in the direction of the weapon median plane , and the second actuating element is designed to be at least partially received within the first actuating element , and in the installation position, it is designed to be essentially opposite of the first actuating element to be supported by the weapon housing in order to effect a release of the magazine by means of the support on the weapon housing when the first actuating element is actuated.
An isolated nucleic acid which is any of: (a) the nucleotide sequence as set forth in Figure 2 and encoding feline paramyxovirus of the genus Morbillivirus (FmoPV) FmoPV 761U; (b) the nucleotide sequence of Figure 3 and encoding FmoPV 776U; (c) the nucleotide sequence of Figure 4 and encoding FmoPV M252A; (d) a nucleotide sequence of the same length as the nucleotide sequence of (a), (b) or (c) which is at least 85% identical therewith and encoding immunogenic or antigenic FmoPV; (e) fragments of (a), (b), (c) or (d) which are at least 25 contiguous nucleotides thereof and encoding immunogenic or antigenic FmoPV polypeptide; (f) complements of (a), (b), (c), (d) or (e). (a) the nucleotide sequence as set forth in Figure 2 and encoding feline paramyxovirus of the genus Morbillivirus (FmoPV) FmoPV 761U; (b) the nucleotide sequence of Figure 3 and encoding FmoPV 776U; (c) the nucleotide sequence of Figure 4 and encoding FmoPV M252A; (d) a nucleotide sequence of the same length as the nucleotide sequence of (a), (b) or (c) which is at least 85% identical therewith and encoding immunogenic or antigenic FmoPV; (e) fragments of (a), (b), (c) or (d) which are at least 25 contiguous nucleotides thereof and encoding immunogenic or antigenic FmoPV polypeptide; (f) complements of (a), (b), (c), (d) or (e).
A suspension system for suspending a camera lens element comprising at least one lens in a manner allowing movement orthogonal to the optical axis of the at least one lens, the suspension system comprising: a support structure ; a camera lens element comprising at least one lens having an optical axis (O) ; at least one ball disposed between the support structure and the camera lens element allowing movement of the camera lens element relative to the support structure orthogonal to the optical axis; a biasing arrangement , connected between the support structure and the camera lens element that biases the support structure and the camera lens element against the at least one ball whilst permitting said movement of the camera lens element relative to the support structure orthogonal to the optical axis; and a lateral actuation arrangement comprising plural SMA actuator wires connected between the support structure and the camera lens element in an arrangement wherein the SMA actuator wires are arranged, on selective driving, to move the camera lens element relative to the support structure in any direction orthogonal to the optical axis of the at least one lens. a support structure ; a camera lens element comprising at least one lens having an optical axis (O) ; at least one ball disposed between the support structure and the camera lens element allowing movement of the camera lens element relative to the support structure orthogonal to the optical axis; a biasing arrangement , connected between the support structure and the camera lens element that biases the support structure and the camera lens element against the at least one ball whilst permitting said movement of the camera lens element relative to the support structure orthogonal to the optical axis; and a lateral actuation arrangement comprising plural SMA actuator wires connected between the support structure and the camera lens element in an arrangement wherein the SMA actuator wires are arranged, on selective driving, to move the camera lens element relative to the support structure in any direction orthogonal to the optical axis of the at least one lens.
A safety catheter assembly comprising: a catheter hub ; a catheter tube attached to the catheter hub ; a needle hub ; a needle attached to the needle hub and projecting through the catheter tube ; a needle guard positioned in an interior cavity of the catheter hub ; wherein the needle guard comprises a proximal wall having an opening and two arms each comprising an end ; characterized in that a support formed with the catheter hub , spaces the two ends of the needle guard from the needle in a ready position. a catheter hub ; a catheter tube attached to the catheter hub ; a needle hub ; a needle attached to the needle hub and projecting through the catheter tube ; a needle guard positioned in an interior cavity of the catheter hub ; wherein the needle guard comprises a proximal wall having an opening and two arms each comprising an end ; characterized in that a support formed with the catheter hub , spaces the two ends of the needle guard from the needle in a ready position.
A molded body for joining composed of a compressed aggregate of Cu-core Sn-shell powders, characterized in that activating agent-containing substances for removing oxides on the surfaces of the powders exist in both closed holes and open holes within the molded body for joining; that the molded body for joining contains Cu in a ratio of 55 to 95% by mass and Su in a ratio of 45 to 5% by mass respectively; that an activating agent in the activating agent-containing substance is contained in a ratio of 0.01 to 2% by mass to 100% by mass of the molded body for joining; and that the molded body for joining has a thickness of 20 to 400 μm. that activating agent-containing substances for removing oxides on the surfaces of the powders exist in both closed holes and open holes within the molded body for joining; that the molded body for joining contains Cu in a ratio of 55 to 95% by mass and Su in a ratio of 45 to 5% by mass respectively; that an activating agent in the activating agent-containing substance is contained in a ratio of 0.01 to 2% by mass to 100% by mass of the molded body for joining; and that the molded body for joining has a thickness of 20 to 400 μm.
A process for film lamination, wherein an aqueous laminating adhesive is applied to a carrier film by means of an application system, wherein the application system is a gravure roller system, wherein the carrier film to be coated moves between two rollers which rotate in the direction of the moving carrier film web, wherein one of the rollers is a gravure roller and the laminating adhesive is applied to the carrier film by the gravure roller, wherein the adhesive-coated carrier film is optionally bonded to a further substrate, wherein the carrier film and/or the optional substrate are preferably transparent or printed, wherein the aqueous laminating adhesive comprises (a) at least one adhesive polymer dispersed in the aqueous phase and (b) at least one polyalkylene glycol dissolved in the aqueous phase, selected from polyethylene glycol, polypropylene glycol and a mixture thereof, wherein the polyethylene glycol has an average molecular weight from 300 and up to 1500 and the polypropylene glycol has an average molecular weight from 300 and up to 2000 and the molecular weights are calculated from the OH number according to DIN 53240-3:2016-03. wherein the application system is a gravure roller system, wherein the carrier film to be coated moves between two rollers which rotate in the direction of the moving carrier film web, wherein one of the rollers is a gravure roller and the laminating adhesive is applied to the carrier film by the gravure roller, wherein the adhesive-coated carrier film is optionally bonded to a further substrate, wherein the carrier film and/or the optional substrate are preferably transparent or printed, wherein the aqueous laminating adhesive comprises (a) at least one adhesive polymer dispersed in the aqueous phase and (b) at least one polyalkylene glycol dissolved in the aqueous phase, selected from polyethylene glycol, polypropylene glycol and a mixture thereof, (a) at least one adhesive polymer dispersed in the aqueous phase and (b) at least one polyalkylene glycol dissolved in the aqueous phase, selected from polyethylene glycol, polypropylene glycol and a mixture thereof, wherein the polyethylene glycol has an average molecular weight from 300 and up to 1500 and the polypropylene glycol has an average molecular weight from 300 and up to 2000 and the molecular weights are calculated from the OH number according to DIN 53240-3:2016-03.
Device for producing a hot strip , having a hot-rolling device for rolling a hot strip , having a coiler for coiling up the hot strip rolled in the hot-rolling device , and having a cooling section , which is arranged between the hot-rolling device and the coiler , for cooling the hot strip , said cooling section having a run-out roller table for conveying the hot strip in a conveying direction (F), wherein the cooling section has at least one band drive device , by way of which a tensile stress can be applied to the hot strip in the conveying direction (F), characterized in that the cooling section has a position setting device for setting a position of the band drive device in a direction parallel to the conveying direction (F) of the hot strip .
Cooling circuit of a drive unit of a motor vehicle , at least having a high-temperature circuit which is connected via a first feed connector and a first discharge connector to a first radiator for the purposes of conducting a first fluid through the first radiator ; and a low-temperature circuit which is connectable via a second feed connector and a second discharge connector to a second radiator for the purposes of conducting a second fluid through the second radiator , wherein the first radiator and the second radiator are connected to one another; characterized in that the second feed connector and the second discharge connector are connected via a bypass valve to the second radiator ; wherein, via the bypass valve , the second fluid can be diverted from the second feed connector to the second discharge connector so as to bypass the second radiator ; wherein the bypass valve is arranged directly at the second radiator .
A wind turbine nacelle in which are disposed operative components including a gearbox and a generator, wherein a nacelle cover is provided having a bottom cover part which is formed with a number of shallow receptacle regions which underlie the operative components for containing liquid leaked or spilled therefrom, characterised in that the receptacle regions underlie and are associated with respectively the gearbox and generator, and in that flow channels are provided between the receptacle regions so that liquid can flow between them.
A transparent light emitting device display, comprising: a transparent substrate ; at least two light emitting devices provided on the transparent substrate; and a first common electrode wiring unit , a second common electrode wiring unit , and a signal electrode wiring unit provided on the transparent substrate, wherein the first common electrode wiring unit, the second common electrode wiring unit, and the signal electrode wiring unit comprise a metal mesh pattern , and the metal mesh pattern is provided in a region having an area of 80% or more of an entire area of an upper surface of the transparent substrate , the at least two light emitting devices are serially connected with the signal electrode wiring unit, the metal mesh pattern is formed of parallel wires parallel to the serial connection direction and vertical wires vertical to the parallel wires, and a ratio of a closing ratio of the parallel wires per unit area expressed by Equation 2 to a closing ratio of the vertical wires per unit area expressed by Equation 1 is 1.5 to 10: Closing ratio % of vertical wires per unit area = W 1 / P 1 × 100 Closing ratio % of parallel wires per unit area = W 2 / P 2 × 100 In Equations 1 and 2, W1 is a line width of the vertical wire, PI is pitch of the vertical wire, W2 is a line width of the parallel wire, and P2 is pitch of the parallel wire. a transparent substrate ; at least two light emitting devices provided on the transparent substrate; and a first common electrode wiring unit , a second common electrode wiring unit , and a signal electrode wiring unit provided on the transparent substrate, wherein the first common electrode wiring unit, the second common electrode wiring unit, and the signal electrode wiring unit comprise a metal mesh pattern , and the metal mesh pattern is provided in a region having an area of 80% or more of an entire area of an upper surface of the transparent substrate , the at least two light emitting devices are serially connected with the signal electrode wiring unit, the metal mesh pattern is formed of parallel wires parallel to the serial connection direction and vertical wires vertical to the parallel wires, and a ratio of a closing ratio of the parallel wires per unit area expressed by Equation 2 to a closing ratio of the vertical wires per unit area expressed by Equation 1 is 1.5 to 10: Closing ratio % of vertical wires per unit area = W 1 / P 1 × 100 Closing ratio % of parallel wires per unit area = W 2 / P 2 × 100 In Equations 1 and 2, W1 is a line width of the vertical wire, PI is pitch of the vertical wire, W2 is a line width of the parallel wire, and P2 is pitch of the parallel wire.
A system for feathering an aircraft propeller having coupled thereto an actuator for setting a blade pitch of the propeller , the blade pitch controlled by modulating a supply of hydraulic fluid to the actuator , the system comprising: a first feather solenoid and a second feather solenoid each comprising at least one solenoid coil and a solenoid valve for coupling to the actuator and coupled to the at least one solenoid coil ; and at least one controller , characterised in that : the at least one controller is configured to selectively energize and de-energize each at least one solenoid coil , the solenoid valve of the first feather solenoid configured to be activated when the at least one solenoid coil of the first feather solenoid is energized and the solenoid valve of the second feather solenoid configured to be activated when the at least one solenoid coil of the second feather solenoid is de-energized, each solenoid valve configured to, when activated, modulate the supply of hydraulic fluid to the actuator for adjusting the blade pitch of the propeller towards a feather position. a first feather solenoid and a second feather solenoid each comprising at least one solenoid coil and a solenoid valve for coupling to the actuator and coupled to the at least one solenoid coil ; and at least one controller ,
A retractor system comprising: a first arm comprising a towing assembly , the towing assembly comprising an interface member and a rotatable shaft coupled to the interface member , wherein the interface member comprises a distal surface having a plurality of protrusions and receptacles extending radially from an axial hole of the interface member , wherein the rotatable shaft passes through the axial hole; a first blade member comprising a connector body and a blade extending therefrom, the connector body having an internal cavity configured to reversibly receive the rotatable shaft therein, wherein the first blade member comprises a plurality of protrusions and receptacles configured to intermesh with the plurality of protrusions and receptacles of the distal surface of the interface member ; and a spring-loaded button mechanism comprised in the first blade member and configured to lock the first blade member to the first arm at any desired angle the spring-loaded button mechanism includes a depressable button and a spring positioned within a cavity in the button , and the button includes a first end configured to be depressed by a user and a second end which is received in the first blade member in a locked position wherein the rotatable shaft is configured to rotate about a longitudinal axis and wherein the interface member of the towing assembly is spring-loaded. a first arm comprising a towing assembly , the towing assembly comprising an interface member and a rotatable shaft coupled to the interface member , wherein the interface member comprises a distal surface having a plurality of protrusions and receptacles extending radially from an axial hole of the interface member , wherein the rotatable shaft passes through the axial hole; a first blade member comprising a connector body and a blade extending therefrom, the connector body having an internal cavity configured to reversibly receive the rotatable shaft therein, wherein the first blade member comprises a plurality of protrusions and receptacles configured to intermesh with the plurality of protrusions and receptacles of the distal surface of the interface member ; and a spring-loaded button mechanism comprised in the first blade member and configured to lock the first blade member to the first arm at any desired angle the spring-loaded button mechanism includes a depressable button and a spring positioned within a cavity in the button , and the button includes a first end configured to be depressed by a user and a second end which is received in the first blade member in a locked position wherein the rotatable shaft is configured to rotate about a longitudinal axis and wherein the interface member of the towing assembly is spring-loaded.
A SPINK2 mutant peptide which binds to active human MMP-9 but does not bind to pro human MMP-9, wherein the peptide comprises an amino acid sequence represented by any one of SEQ ID NOs: 10 to 17 or 2 to 9 .