mhurhangee/patent-ind-claim-en huggingface dataset:
An inkjet printing method comprising the steps of: a) jetting of a varnish on a substrate; and b) UV curing the varnish with UV LED sources having a spectral emission in the range of 360 - 420 nm after a curing delay of at least 2 seconds; wherein the static surface tension of the varnish is 28 mN/m or more, determined according to the method identified in the description; wherein the varnish contains more than 12 wt% of acylphosphineoxide photoinitiator based on the total weight of the varnish; and wherein the curing delay is the period between a varnish droplet landed on the substrate and the start of UV curing. a) jetting of a varnish on a substrate; and b) UV curing the varnish with UV LED sources having a spectral emission in the range of 360 - 420 nm after a curing delay of at least 2 seconds; wherein the static surface tension of the varnish is 28 mN/m or more, determined according to the method identified in the description; wherein the varnish contains more than 12 wt% of acylphosphineoxide photoinitiator based on the total weight of the varnish; and wherein the curing delay is the period between a varnish droplet landed on the substrate and the start of UV curing.
An outboard motor configured to be attached to a watercraft in an upright orientation with a drive shaft extending in an up-and-down direction, comprising: an engine including a crankshaft , wherein the drive shaft is connected to the crankshaft , and the drive shaft extends downwardly from the engine with regard to the up-and-down direction; a propeller shaft connected to the drive shaft , the propeller shaft extending in a direction intersecting with the drive shaft ; an oil cooler disposed on a first side of the crankshaft with regard to an extension direction of the drive shaft ; an engine cooling water passage disposed inside the engine ; an oil cooling water passage connected to the oil cooler , the oil cooling water passage diverging from the engine cooling water passage ; and a water discharge passage connected to the oil cooler , the water discharge passage being disposed lower than the oil cooler with regard to the up-and-down direction, the water discharge passage being disposed first side of the crankshaft with regard to an extension direction of the drive shaft , wherein the oil cooling water passage includes a first cooling water passage located upstream of the oil cooler , characterized in that the first cooling water passage is located directly below the oil cooler with regard to the up-and-down direction, wherein the water discharge passage is connected to the oil cooler through the first cooling water passage . an engine including a crankshaft , wherein the drive shaft is connected to the crankshaft , and the drive shaft extends downwardly from the engine with regard to the up-and-down direction; a propeller shaft connected to the drive shaft , the propeller shaft extending in a direction intersecting with the drive shaft ; an oil cooler disposed on a first side of the crankshaft with regard to an extension direction of the drive shaft ; an engine cooling water passage disposed inside the engine ; an oil cooling water passage connected to the oil cooler , the oil cooling water passage diverging from the engine cooling water passage ; and a water discharge passage connected to the oil cooler , the water discharge passage being disposed lower than the oil cooler with regard to the up-and-down direction, the water discharge passage being disposed first side of the crankshaft with regard to an extension direction of the drive shaft , wherein the oil cooling water passage includes a first cooling water passage located upstream of the oil cooler , characterized in that the first cooling water passage is located directly below the oil cooler with regard to the up-and-down direction, wherein the water discharge passage is connected to the oil cooler through the first cooling water passage .
Contact element arrangement composed of a deformed sheet-metal part , wherein at least two mutually spaced apart contact elements are formed from the sheet-metal part , said elements extending away from a flat base plate of the sheet-metal part , and wherein the one contact element configures a substantially cylindrical contacting portion for assembling a pin-shaped counterpart contact by plugging-in the latter in a plug-in direction, and wherein the second contact element is configured as a contact spring which in an S-shaped manner is bent across two bending portions and which configures a contact dome that points away from the base plate , characterized in that the second bending portion is situated so as to be laterally offset within the circumferential contour of the base plate , and in that a spring arm portion of the contact spring adjoins the second bending portion , said spring arm portion in the region where the contact spring is connected to the base plate being longer than the width of the base plate such that the second contact element in the plug-in direction protrudes so far that the contact dome is disposed outside the circumferential contour of the base plate .
A method of producing a wrapper for a smoking article comprising the steps of: (a) providing a wrapper ; (b) applying one or more additives in a liquid carrier to the surface of the wrapper to impregnate the wrapper and transport the additive(s) into the wrapper matrix to form regions of applied additive having reduced porosity and/or reduced oxygen diffusion sufficient to reduce the ignition propensity of a smoking article and regions having substantially reduced or zero additive ; (c) drying the wrapper to evaporate the liquid carrier and to leave the additives set into the wrapper matrix such that the wrapper maintains its physical integrity during processing and has improved visual appearance by reduced wrinkling, wherein the regions of the wrapper with substantially reduced or zero additive form the overlap area along its gluing seam when incorporated in to the smoking article ; and (d) machining the wrapper to form a finished wrapper which upon incorporation into the smoking article forms patterns of additive around the circumference of the smoking article but which has substantially reduced or zero additive at the area where the wrapper overlaps along its gluing seam ; wherein the step of applying one or more additives to the wrapper causes the additive to be pulled into the wrapper matrix such that it does not settle on the wrapper surface. (a) providing a wrapper ; (b) applying one or more additives in a liquid carrier to the surface of the wrapper to impregnate the wrapper and transport the additive(s) into the wrapper matrix to form regions of applied additive having reduced porosity and/or reduced oxygen diffusion sufficient to reduce the ignition propensity of a smoking article and regions having substantially reduced or zero additive ; (c) drying the wrapper to evaporate the liquid carrier and to leave the additives set into the wrapper matrix such that the wrapper maintains its physical integrity during processing and has improved visual appearance by reduced wrinkling, wherein the regions of the wrapper with substantially reduced or zero additive form the overlap area along its gluing seam when incorporated in to the smoking article ; and (d) machining the wrapper to form a finished wrapper which upon incorporation into the smoking article forms patterns of additive around the circumference of the smoking article but which has substantially reduced or zero additive at the area where the wrapper overlaps along its gluing seam ; wherein the step of applying one or more additives to the wrapper causes the additive to be pulled into the wrapper matrix such that it does not settle on the wrapper surface.
Self-propelled device for entering and moving specific equipment inside confined environments with a muddy sediment on the bottom, said self-propelled device comprises two undercarriages equipped with tracks that are spaced apart from each other and in succession, which together support at the top connecting devices for the transport of rigid long equipment, said connecting devices comprise at least one hydraulic cylinder , which acts on a mechanical joint for the rotation that realises the steering of the front undercarriage and the rear undercarriage , handling them as two steering axles; characterised by the fact that said self-propelled device comprises at least one undercarriage which has a lever , hinged by a first end to the structure of the undercarriage and hinged at the opposite end to said connecting devices, where said lever is induced to move according to a rotation movement by a hydraulic actuator hinged on said structure of the undercarriage ; said lever is rotated by a hydraulic actuator joined in a first point of application to the structure of the undercarriage and in a second point of application to said lever , where said lever , after a partial rotation, is able to lift said mechanical joint ; said mechanical joint is hinged in a free oscillating manner on the end of said lever . characterised by the fact that said self-propelled device comprises at least one undercarriage which has a lever , hinged by a first end to the structure of the undercarriage and hinged at the opposite end to said connecting devices, where said lever is induced to move according to a rotation movement by a hydraulic actuator hinged on said structure of the undercarriage ; said lever is rotated by a hydraulic actuator joined in a first point of application to the structure of the undercarriage and in a second point of application to said lever , where said lever , after a partial rotation, is able to lift said mechanical joint ; said mechanical joint is hinged in a free oscillating manner on the end of said lever .
An absorbent article for personal hygiene comprising: a topsheet; a backsheet, wherein the topsheet is liquid permeable and the backsheet is substantially liquid impermeable; an absorbent core positioned between said topsheet and backsheet, a first indicator for indicating the presence of exudates and being positioned on a body-facing side of said backsheet, said first indicator comprising an electrically conductive material, characterized in that said article comprises a second indicator for indicating the presence of exudates and being positioned on a garment-facing side of said backsheet such that the first and second indicators are separated from each other at least in a thickness direction, said second indicator comprising an electrically conductive material, and in that said first indicator comprises a first application pattern and said second indicator comprises a second application pattern, wherein said first and second application patterns are different. a topsheet; a backsheet, wherein the topsheet is liquid permeable and the backsheet is substantially liquid impermeable; an absorbent core positioned between said topsheet and backsheet, a first indicator for indicating the presence of exudates and being positioned on a body-facing side of said backsheet, said first indicator comprising an electrically conductive material, characterized in that said article comprises a second indicator for indicating the presence of exudates and being positioned on a garment-facing side of said backsheet such that the first and second indicators are separated from each other at least in a thickness direction, said second indicator comprising an electrically conductive material, and in that said first indicator comprises a first application pattern and said second indicator comprises a second application pattern, wherein said first and second application patterns are different.
An assembly (10; 100) for percutaneous replacement of a previously implanted first prosthetic valve without removal of the previously implanted first prosthetic valve, comprising; an adapter stent (30; 102) comprising an outer frame and a flexible annular sealing member (34; 106), wherein the sealing member (34; 106) is mounted on the inside of the outer frame , the adapter stent (30; 102) being adapted to be deployed within the previously implanted first prosthetic valve; a plurality of barbs disposed along the outside of the outer frame ; and a second prosthetic valve comprising an inner frame and a flexible valve member having a leafed-valve configuration, the prosthetic valve being sized to be positioned within the adapter stent (30; 102).
A material handling system for lifting and dumping material into a container, the material handling system comprising: at least one horizontal rail intended to be connected to the container; at least one vertical track slidably mounted to the horizontal rail , the vertical track defining a generally vertically extending lower portion and a curved upper portion transitioning into the generally vertically extending lower portion; a carriage connected to the vertical track for movement with respect to the vertical track ; a holder attached to the carriage ; and a motive power device operable to raise and lower the carriage along the vertical track for moving the holder between a lowermost position, in which the holder is in a generally upright position, an uppermost position, and a dumping position, in which the holder is in a generally inverted configuration relative to the lowermost position. characterized in that : the holder is pivotally attached to the carriage ; and the holder is configured to pivot with respect to the carriage when being moved into its dumping position, the holder being configured to pivot between the generally upright position and the generally inverted position. at least one horizontal rail intended to be connected to the container; at least one vertical track slidably mounted to the horizontal rail , the vertical track defining a generally vertically extending lower portion and a curved upper portion transitioning into the generally vertically extending lower portion; a carriage connected to the vertical track for movement with respect to the vertical track ; a holder attached to the carriage ; and a motive power device operable to raise and lower the carriage along the vertical track for moving the holder between a lowermost position, in which the holder is in a generally upright position, an uppermost position, and a dumping position, in which the holder is in a generally inverted configuration relative to the lowermost position. characterized in that : the holder is pivotally attached to the carriage ; and the holder is configured to pivot with respect to the carriage when being moved into its dumping position, the holder being configured to pivot between the generally upright position and the generally inverted position. the holder is pivotally attached to the carriage ; and the holder is configured to pivot with respect to the carriage when being moved into its dumping position, the holder being configured to pivot between the generally upright position and the generally inverted position.
A method comprising: generating a simulated weld joint having a simulated weld bead, using a simulated welding system , the simulated reality welding system comprising a programmable processor-based subsystem ; a spatial tracker operatively connected to the programmable processor-based subsystem ; at least one mock welding tool configured to communicate with the programmable processor-based subsystem and the spatial tracker ; a display device configured to communicate with the programmable processor-based subsystem and the spatial tracker , simulating the simulated weld bead based on tracked position and orientation of the mock welding tool in three-dimensional space; and displaying an image of the simulated weld joint having the simulated weld bead, on a display device of the simulated welding system ; characterized by the method further including scrolling across a length dimension of the image of the simulated weld joint using a user interface, and displaying an image of a cross-sectional area through the simulated weld joint at successive locations along the length dimension of the image of the simulated weld joint on the display. generating a simulated weld joint having a simulated weld bead, using a simulated welding system , the simulated reality welding system comprising a programmable processor-based subsystem ; a spatial tracker operatively connected to the programmable processor-based subsystem ; at least one mock welding tool configured to communicate with the programmable processor-based subsystem and the spatial tracker ; a display device configured to communicate with the programmable processor-based subsystem and the spatial tracker , a programmable processor-based subsystem ; a spatial tracker operatively connected to the programmable processor-based subsystem ; at least one mock welding tool configured to communicate with the programmable processor-based subsystem and the spatial tracker ; a display device configured to communicate with the programmable processor-based subsystem and the spatial tracker , simulating the simulated weld bead based on tracked position and orientation of the mock welding tool in three-dimensional space; and displaying an image of the simulated weld joint having the simulated weld bead, on a display device of the simulated welding system ; characterized by the method further including scrolling across a length dimension of the image of the simulated weld joint using a user interface, and displaying an image of a cross-sectional area through the simulated weld joint at successive locations along the length dimension of the image of the simulated weld joint on the display.
Dosing and mixing installation for producing a chlorine-containing solution or suspension from a chlorine-containing free-flowing solid, comprising a mixing container with a water inlet and a material inlet for the free-flowing solid, a storage container holding the free-flowing solid, a suction line connecting the mixing container and the storage container , a suction device attached to the mixing container for generating a suction pressure for conveying the free-flowing solid into the mixing container , and a locking device for selectively connecting the mixing container to the ambient air in order to interrupt the conveyance of the free-flowing solid into the mixing container , and a control device (S) for controlling the suction device and the locking device , wherein the suction device can suck in air from the surroundings, by means of which the suction of the free-flowing solid from the storage container can be controlled, characterised in that an air filter is assigned to the suction device in the upstream or downstream direction, so that the air sucked in by the suction device can be filtered and, in particular, freed of chlorine constituents, and that the control device (S) is set up for controlling the suction device and the locking device in a first operating mode for conveying the free-flowing solid material, when the locking device is closed, and in a second operating mode for treating the room air and the container air, when the locking device is open, wherein the first operating mode can be be carried out independently of the second operating mode. that an air filter is assigned to the suction device in the upstream or downstream direction, so that the air sucked in by the suction device can be filtered and, in particular, freed of chlorine constituents, and that the control device (S) is set up for controlling the suction device and the locking device in a first operating mode for conveying the free-flowing solid material, when the locking device is closed, and in a second operating mode for treating the room air and the container air, when the locking device is open, wherein the first operating mode can be be carried out independently of the second operating mode.
A method comprising: establishing a virtual channel between a server and a client device ; receiving, by the server , from the client device , and via a personal computer/smart card (PC/SC) protocol, a message comprising an identifier of a smart card associated with the client device , wherein the identifier comprises answer to reset (ATR) data; replacing, by a PC/SC redirection layer of the server , the identifier with a substitute identifier of the smart card, wherein the substitute identifier comprises substitute ATR data retrieved using a PC/SC hook of the server ; based on the substitute identifier, determining, by the server and among a plurality of cryptographic service providers, a cryptographic service provider to use for one or more cryptographic operations associated with the smart card , wherein the determining the cryptographic service provider comprises querying a database for an association between the substitute identifier and the cryptographic service provider ; and transmitting, via the determined cryptographic service provider , via the virtual channel , and to the client device , one or more requests for a cryptographic operation involving the smart card . establishing a virtual channel between a server and a client device ; receiving, by the server , from the client device , and via a personal computer/smart card (PC/SC) protocol, a message comprising an identifier of a smart card associated with the client device , wherein the identifier comprises answer to reset (ATR) data; replacing, by a PC/SC redirection layer of the server , the identifier with a substitute identifier of the smart card, wherein the substitute identifier comprises substitute ATR data retrieved using a PC/SC hook of the server ; based on the substitute identifier, determining, by the server and among a plurality of cryptographic service providers, a cryptographic service provider to use for one or more cryptographic operations associated with the smart card , wherein the determining the cryptographic service provider comprises querying a database for an association between the substitute identifier and the cryptographic service provider ; and transmitting, via the determined cryptographic service provider , via the virtual channel , and to the client device , one or more requests for a cryptographic operation involving the smart card .
Sheet material for low temperature superplastic forming made of titanium alloy with the following content of element by % wt.: 4.5-5.5Al, 4.5-5.5V, 0.1-1.0Mo, 0.8-1.5Fe, 0.1-0.5Cr, 0.1-0.5Ni, 0.16-0.250, remainder is titanium and impurity elements, having molybdenum structural equivalent [Mo]eqiv. > 5 and aluminium structural equivalent [Al]equiv. < 8; the equivalent values are calculated from the expressions: Mo eqiv . = Mo + V / 1.5 + Cr × 1.25 + Fe × 2.5 + Ni / 0.8 Al eqiv . = Al + O × 10 + Zr / 6 .
A textile for manufacturing garments for fire protection, comprising two woven layers, namely an outer layer made up mainly of yarns of a first type and an inner layer made up mainly of yarns of a second type, different from the first type, wherein the yarns of the first type have properties of resistance to degradation of their mechanical and appearance properties, caused by wear and washing, greater than those of the yarns of the second type, and the yarns of the second type have mechanical strength and/or thermal properties greater than those of the yarns of the first type, the inner layer comprising yarns of a third type, different from the yarns of the second type, said yarns of the third type having properties of resistance to the degradation of their appearance properties, with wear and washing, greater than those of the yarns of the second type, said yarns of the third type also working with the outer face to ensure the binding of the two layers , and characterized in that the number of warp and/or weft yarns per centimeter of the first layer is greater than the number of warp and/or weft yarns per centimeter of the second layer.