mhurhangee/patent-ind-claim-en huggingface dataset:
A method of treating a solid substrate comprising the following steps: a) bringing the solid substrate into contact with a liquid metal , confined inside an enclosure; b) propagation of an ultrasonic wave, called a power wave , emitted by a power ultrasound generating device in the liquid metal , the ultrasonic power wave propagating though the liquid metal before reaching the surface of the solid substrate , in such a way that at said surface of the substrate the power density of the ultrasonic power wave is greater than a cavitation threshold of the liquid metal, the frequency of the ultrasonic power wave being between 40 kHz and 250 kHz; c) following the propagation of the ultrasonic power wave , obtaining cavitation bubbles in the liquid metal, the cavitation bubbles reaching the surface of the solid substrate , the interaction of the cavitation bubbles with the surface of the solid substrate increasing the wettability of the latter by the liquid metal and in which the ultrasonic power wave can in particular propagate from the power generator , and pass through a so-called interface surface extending into contact with the liquid metal , the method comprising the formation of cavitation bubbles inside a cone , called a hyper-cavitation cone, in which the density of the cavitation bubbles is higher than outside the cone, the hyper-cavitation cone extending within the liquid metal from the interface surface , the method being such that in step c) the solid substrate is arranged outside the hyper-cavitation cone. a) bringing the solid substrate into contact with a liquid metal , confined inside an enclosure; b) propagation of an ultrasonic wave, called a power wave , emitted by a power ultrasound generating device in the liquid metal , the ultrasonic power wave propagating though the liquid metal before reaching the surface of the solid substrate , in such a way that at said surface of the substrate the power density of the ultrasonic power wave is greater than a cavitation threshold of the liquid metal, the frequency of the ultrasonic power wave being between 40 kHz and 250 kHz; c) following the propagation of the ultrasonic power wave , obtaining cavitation bubbles in the liquid metal, the cavitation bubbles reaching the surface of the solid substrate , the interaction of the cavitation bubbles with the surface of the solid substrate increasing the wettability of the latter by the liquid metal and in which the ultrasonic power wave can in particular propagate from the power generator , and pass through a so-called interface surface extending into contact with the liquid metal , the method comprising the formation of cavitation bubbles inside a cone , called a hyper-cavitation cone, in which the density of the cavitation bubbles is higher than outside the cone, the hyper-cavitation cone extending within the liquid metal from the interface surface , the method being such that in step c) the solid substrate is arranged outside the hyper-cavitation cone.
A method for adjusting an alarm level of a component in a wind turbine, the method comprising: - defining an alarm level corresponding to an operational parameter of the component in the wind turbine ; - monitoring the operational parameter of the component ; - determining whether the operational parameter exceeds the alarm level, thereby triggering an alarm ; characterised in that : - in the case when the alarm is triggered, automatically inspecting the component by analysing readings taken from sensors to determine whether the alarm level corresponds to a predetermined remaining useful lifetime of the component ; and - adjusting the alarm level based on the inspection of the component . - defining an alarm level corresponding to an operational parameter of the component in the wind turbine ; - monitoring the operational parameter of the component ; - determining whether the operational parameter exceeds the alarm level, thereby triggering an alarm ; characterised in that : - in the case when the alarm is triggered, automatically inspecting the component by analysing readings taken from sensors to determine whether the alarm level corresponds to a predetermined remaining useful lifetime of the component ; and - adjusting the alarm level based on the inspection of the component .
Finishing device , comprising a finishing belt , a finishing belt holding device , a first drive for rotationally driving a workpiece about a workpiece axis and a second drive for oscillating said workpiece and said finishing belt relative to another along said workpiece axis , wherein said finishing belt holding device has a holding section for holding a portion of said finishing belt , said portion having an active area provided for finishing a circumferential workpiece surface , said portion extending in a plane which is vertical when referring to the direction of gravity and said portion extending in a horizontal direction when referring to the direction of gravity and when viewing in the running direction of said finishing belt , wherein the finishing device comprises a workpiece holding device defining a workpiece holding axis which is vertical when referring to the direction of gravity , wherein the finishing belt holding device comprises a holding plate extending in a holding plate plane which is horizontal when referring to the direction of gravity , characterized in that said holding plate is pivotable between a working position and a maintenance position in a horizontal direction about a pivot axis which is vertical when referring to the direction of gravity , such that the finishing belt and the finishing belt holding device can be positioned in said working position and said maintenance position.
A method for printing and automatically cutting a textile sheet , said method comprising: - arranging a textile sheet ; - printing a plurality of patterns on said textile sheet ; - automatically cutting said plurality of patterns on said textile sheet; wherein printing the plurality of patterns comprises printing markings on said textile sheet, said markings representing useful information for said automatic cutting and/or for treatment of said textile sheet and/or of said cut patterns , and wherein the method comprises detecting said printed markings , obtaining said information from said detected markings and carrying out said automatic cutting and/or said treatment as a function of said obtained information, characterized in that said markings are printed using an ink that is substantially invisible to the human eye and having an emission peak at a wavelength greater than 700nm. - arranging a textile sheet ; - printing a plurality of patterns on said textile sheet ; - automatically cutting said plurality of patterns on said textile sheet;
Stilt house for the accommodation of people, wherein the main body of the stilt house is circular or almost circular, in particular UFO-shaped, wherein the main body comprises frame elements and wall elements , wherein the stilt house is a conference room, wherein the main body is arranged on legs/stilts so that a vehicle, in particular a lorry, a trailer or a pickup truck, can drive under the main body and can pick up the stilt house, characterized in that the stilt house has trapdoors for entry purposes.
A mirror for an EUV projection exposure apparatus, comprising a substrate comprising a base body , wherein a polishing layer is arranged on the base body and a highly reflective layer on the polishing layer , and wherein the base body is made of a particulate composite.
A lubricant supply system , for a bearing damper in a bearing housing , the bearing housing in an engine bearing compartment of a gas turbine engine , the bearing compartment rotatably supporting an engine component, the lubricant supply system , comprising: a first interface ; a second interface ; a bearing supply conduit fluidly coupled to the second interface and extending from the first interface to the second interface ; the bearing supply conduit supplying lubricant to the bearing housing ; a damper supply conduit located within the bearing supply conduit extending between the interfaces ; the damper supply conduit supplying lubricant to the bearing damper ; and fluid in the bearing supply conduit is configured to insulate fluid in the damper supply conduit from heat transferred through the interfaces ; the first interface is configured to connect with a turbine intermediate case; the second interface is configured to connect with the engine bearing housing ; and the system further including: a first joint where the first interface connects with the bearing supply conduit ; a second joint where the second interface connects with the bearing supply conduit , wherein: one of a first joint connection at the first joint and a second joint connection at the second joint is a slip fit; and another of the first joint connection and the second joint connection includes a piloted O-ring. a first interface ; a second interface ; a bearing supply conduit fluidly coupled to the second interface and extending from the first interface to the second interface ; the bearing supply conduit supplying lubricant to the bearing housing ; a damper supply conduit located within the bearing supply conduit extending between the interfaces ; the damper supply conduit supplying lubricant to the bearing damper ; and fluid in the bearing supply conduit is configured to insulate fluid in the damper supply conduit from heat transferred through the interfaces ; the first interface is configured to connect with a turbine intermediate case; the second interface is configured to connect with the engine bearing housing ; and the system further including: a first joint where the first interface connects with the bearing supply conduit ; a second joint where the second interface connects with the bearing supply conduit , wherein: one of a first joint connection at the first joint and a second joint connection at the second joint is a slip fit; and another of the first joint connection and the second joint connection includes a piloted O-ring. a first joint where the first interface connects with the bearing supply conduit ; a second joint where the second interface connects with the bearing supply conduit , wherein: one of a first joint connection at the first joint and a second joint connection at the second joint is a slip fit; and another of the first joint connection and the second joint connection includes a piloted O-ring. one of a first joint connection at the first joint and a second joint connection at the second joint is a slip fit; and another of the first joint connection and the second joint connection includes a piloted O-ring.
A container adapter for a bicycle luggage carrier comprising a luggage carrier platform a) comprising at least one one-piece or multi-piece traverse which can span the luggage carrier ; characterized in that b) at least two latches comprising locking hooks are provided on the adapter and that after the installation of the container adapter on a bicycle luggage carrier b1) the locking hooks form a connection of one of two outmost longitudinal bracings of the luggage carrier with the adapter ; b1a) that the locking hooks are tongued in the direction of the clamping of the adapter and the luggage carrier b2) that at least one of the springs is arranged above a luggage carrier platform ; c) that the latches can be pre-adjusted with respect to the spatial location thereof; d) that in the locked state, the locking hooks, coming from above, reach under respectively one longitudinal bracing of a luggage carrier and e) that the latches are mounted on at least one objective joint axis so as to be rotatable and comprise each a handle for actuating these latches . a) comprising at least one one-piece or multi-piece traverse which can span the luggage carrier ; b) at least two latches comprising locking hooks are provided on the adapter and that after the installation of the container adapter on a bicycle luggage carrier b1) the locking hooks form a connection of one of two outmost longitudinal bracings of the luggage carrier with the adapter ; b1a) that the locking hooks are tongued in the direction of the clamping of the adapter and the luggage carrier b2) that at least one of the springs is arranged above a luggage carrier platform ; c) that the latches can be pre-adjusted with respect to the spatial location thereof; d) that in the locked state, the locking hooks, coming from above, reach under respectively one longitudinal bracing of a luggage carrier and e) that the latches are mounted on at least one objective joint axis so as to be rotatable and comprise each a handle for actuating these latches .
A method for controlling a drivetrain of a vehicle during a shift process; wherein the drivetrain comprises a drive motor , which is connected via a bow spring dual-mass flywheel , DMF for short, to a transmission which can be uncoupled by a clutch , wherein the DMF comprises a bow spring , which is arranged in a bow spring channel along a direction of rotation of the DMF , wherein the bow spring can be arranged in the bow spring channel on different sides of the DMF , wherein the method comprises - detecting that the clutch is closed within the scope of a shift process, and - in response to the detection and regardless of a torque request by a driver of the vehicle, generating a torque-transmitting engagement at the DMF in such a way that the bow spring , once the clutch has been closed, is arranged on the same side of the DMF as before opening of the clutch . - detecting that the clutch is closed within the scope of a shift process, and - in response to the detection and regardless of a torque request by a driver of the vehicle, generating a torque-transmitting engagement at the DMF in such a way that the bow spring , once the clutch has been closed, is arranged on the same side of the DMF as before opening of the clutch .
A test element analysis system for the analytical examination of a sample, in particular of a body fluid, comprising: - at least one evaluation device with at least one test element holder adapted to position a test element containing the sample and at least one measuring device adapted to measure a change in a measuring zone of the test element , the change being characteristic for the analyte; - at least one electrical heating element configured to electrically heat the test element ; - at least one electrical power supply adapted to supply electrical energy to the electrical heating element ; - at least one temperature sensor connected to the test element holder adapted to detect a temperature of the test element holder ; - at least one gap detection device configured to monitor the electrical energy E spez supplied by the electrical power supply to the electrical heating element to reach a predetermined target temperature measured by the temperature sensor ; characterized in that - the gap detection device is configured to evaluate the electrical energy E spez supplied by the electrical power supply to the electrical heating element to reach the predetermined target temperature and to derive at least one item of information on a thermal contact between the electrical heating element and the test element based on the evaluation of the electrical energy E spez . - at least one evaluation device with at least one test element holder adapted to position a test element containing the sample and at least one measuring device adapted to measure a change in a measuring zone of the test element , the change being characteristic for the analyte; - at least one electrical heating element configured to electrically heat the test element ; - at least one electrical power supply adapted to supply electrical energy to the electrical heating element ; - at least one temperature sensor connected to the test element holder adapted to detect a temperature of the test element holder ; - at least one gap detection device configured to monitor the electrical energy E spez supplied by the electrical power supply to the electrical heating element to reach a predetermined target temperature measured by the temperature sensor ; characterized in that - the gap detection device is configured to evaluate the electrical energy E spez supplied by the electrical power supply to the electrical heating element to reach the predetermined target temperature and to derive at least one item of information on a thermal contact between the electrical heating element and the test element based on the evaluation of the electrical energy E spez .
A woven slit film-based fabric suitable for use in manufacturing vehicle airbags, said fabric being woven from a plurality of machine direction-drawn thermoplastic polymer warp tapes having a width of from 3 to 15 mm and a plurality of machine direction-drawn thermoplastic polymer weft tapes having a width of from 3 to 15 mm; said machine direction-drawn warp and weft tapes being prepared from a thermoplastic polymer film and having a tensile strength of at least 200 MPa; and said fabric having a basis weight of from 40 grams/m 2 to 140 grams/m 2 ; wherein the thermoplastic polymeric film from which said warp and weft tapes are prepared comprises a polyamide film.
An aerosol delivery device comprising: at least one housing enclosing a reservoir configured to retain an aerosol precursor composition; a heating element ; a control component configured to operate in an active mode in which the control component is configured to control the heating element to activate and vaporize components of the aerosol precursor composition to produce an aerosol; and a humidity sensor configured to measure a property thereof that is variable with relative humidity in an environment of the aerosol delivery device , and generate a corresponding signal that indicates a value of the property from which the relative humidity is calculable, wherein the environment of the aerosol delivery device includes a mouth of a user of the aerosol delivery device , wherein the control component is further configured to determine the relative humidity from the value indicated by the corresponding signal, the control component further configured to control operation of at least one functional element of the aerosol delivery device based on the relative humidity so determined, including the control component configured to control the heating element to alter a particle size of the aerosol based on the relative humidity in the environment. at least one housing enclosing a reservoir configured to retain an aerosol precursor composition; a heating element ; a control component configured to operate in an active mode in which the control component is configured to control the heating element to activate and vaporize components of the aerosol precursor composition to produce an aerosol; and a humidity sensor configured to measure a property thereof that is variable with relative humidity in an environment of the aerosol delivery device , and generate a corresponding signal that indicates a value of the property from which the relative humidity is calculable, wherein the environment of the aerosol delivery device includes a mouth of a user of the aerosol delivery device , wherein the control component is further configured to determine the relative humidity from the value indicated by the corresponding signal, the control component further configured to control operation of at least one functional element of the aerosol delivery device based on the relative humidity so determined, including the control component configured to control the heating element to alter a particle size of the aerosol based on the relative humidity in the environment.
A pourable, homogeneous antiviral lubricous composition comprising: (i) a water-soluble sea algae extract comprising lambda-carrageenan, wherein (a) lambda-carrageenan comprises at least 50% by weight of the sea algae extract; and (b) the sea algae extract comprises at least 0.001% by weight of the antiviral lubricous composition, up to 5% by weight of the antiviral lubricous composition; and (ii) a pH-adjusting agent comprising an organic acid; wherein the antiviral lubricous composition has a viscosity of less than 10,000 mPa.s (10,000 cP). (i) a water-soluble sea algae extract comprising lambda-carrageenan, wherein (a) lambda-carrageenan comprises at least 50% by weight of the sea algae extract; and (b) the sea algae extract comprises at least 0.001% by weight of the antiviral lubricous composition, up to 5% by weight of the antiviral lubricous composition; and (a) lambda-carrageenan comprises at least 50% by weight of the sea algae extract; and (b) the sea algae extract comprises at least 0.001% by weight of the antiviral lubricous composition, up to 5% by weight of the antiviral lubricous composition; and (ii) a pH-adjusting agent comprising an organic acid;
A photochromic lens module, wherein the photochromic lens module comprises a lens module and a photochromic thin film , wherein the lens module comprises a first surface and a second surface; the first surface is an incident surface, the second surface is a refractive surface; and characterised in that the photochromic thin film comprises a first area and a second area; the photochromic thin film covers the first surface or the second surface; the first area uses a negative photochromic material, and the second area uses a positive photochromic material; wherein the photochromic lens module further comprises a mask, and wherein the mask comprises a transparent area and an opaque area; the mask covers the photochromic thin film; the transparent area covers the first area; and the opaque area covers the second area.
An element for transferring dosed bodies of polymeric material in the melted state for compression molding lines, which comprises an internal guiding duct which extends along a first axis (A) that connects an inlet for a body of polymeric material in the melted state (D) to an outlet of the same body, said guiding duct being adapted to guide said body (D) during descent from said inlet to said outlet , said transfer element being connectable to means of feeding a fluid, preferably air, to said guiding duct, an internal tubular surface of said guiding duct comprising a plurality of holes (45, 145, 245, 345a, 445a-445b) that are connected to said feeder means through respective channels that pass through the side wall of said duct , characterized in that at least one plurality of said channels extends from the respective hole in the side wall substantially along a second axis (B, C) which is oblique with respect to said first axis of the guiding duct (A), so as to form a vortex of said fluid introduced into said guiding duct through said plurality of channels by the fluid feeder means.
A base substance for the production of a building material, the base substance comprising a binder which comprises cement, at least one additive for influencing the properties, and at least one filler which serves as a base material, characterised in that the at least one additive comprises nanoparticles in the form of silicon dioxide particles, wherein the nanoparticles have a particle size less than 10 nm, and in that the at least one filler comprises desert sand.