mhurhangee/patent-ind-claim-en huggingface dataset:
A device for creating at least one asparagus bed (A2) from a winter bed (A1), which device is displaceable in a direction of travel (c5) for creating the asparagus bed from the winter bed, wherein the device is provided with at least one soil tillage member (11; 111') comprising at least one soil tillage element (13, 13', 13"; 113', 113", 113") which is rotatable about a rotation axis (x), wherein the rotation axis of the rotatable soil tillage element extends substantially traverse to the direction of travel for cultivating the soil of the winter bed to form cultivated soil for the asparagus bed, wherein the soil tillage member furthermore comprises a preprocessing mechanism (21; 121) for forming the winter bed into a higher and narrower intermediate form (A3) than the winter bed, wherein the soil of the winter bed in the formed intermediate form can subsequently be cultivated by means of the at least one soil tillage element by displacing the device in the direction of travel.
A compound having the structural formula: wherein R 1 is selected from the group consisting of H, Br, I, alkynyl, alkyl, alkenyl, azide, PEG, amine, carboxyl acid, and hydroxyl groups; each R 2 is independently selected from the group consisting of Br and I; each R 3 is -(C 2 H 5 -O) k -, wherein k is an integer from about 1 to about 700; and each R 4 is independently selected from the group consisting of H, Br, I, phenyl, and phenylethynyl groups, or a pharmaceutically acceptable form thereof. R 1 is selected from the group consisting of H, Br, I, alkynyl, alkyl, alkenyl, azide, PEG, amine, carboxyl acid, and hydroxyl groups; each R 2 is independently selected from the group consisting of Br and I; each R 3 is -(C 2 H 5 -O) k -, wherein k is an integer from about 1 to about 700; and each R 4 is independently selected from the group consisting of H, Br, I, phenyl, and phenylethynyl groups, or
Kit for a wind station, the wind station comprising a fixed speed wind turbine with a generator being coupled to a grid by means of a coupling device so that the turbine operates at a fixed frequency equal to the frequency of the grid, characterized in that the kit is adapted to be coupled between the generator of the wind turbine and the grid , replacing at least the coupling device, the kit turning the fixed speed wind turbine into a variable speed wind turbine, the kit comprising a back-to-back power converter connectable between the generator and the grid , the power converter comprising a machine side converter , a grid side converter and a DC link between both converters , the kit also comprising a controller for controlling the power converter , and a connection point for receiving at least one parameter of the generator of the turbine , the connection point being communicated with the controller and the controller being configured to act upon the power converter to adapt the resistant torque to be applied depending on said parameter, to turn the wind turbine into a variable speed wind turbine.
A MEMS loudspeaker for generating sound waves in the audible wavelength spectrum, comprising: a carrier substrate , comprising a substrate cavity with two substrate openings , which are formed on two opposite sides of the carrier substrate , an actuator structure , arranged in the area of one of the two substrate openings and connected in its edge area to the carrier substrate , and a diaphragm anchored in its edge area, which can be set into vibration by means of the actuator structure to generate sound waves, characterized in that in a cross-sectional view of the MEMS loudspeaker , the diaphragm is spaced apart from the actuator structure , so that an intermediate cavity is formed between the two, and the MEMS loudspeaker comprises a coupling element disposed in the intermediate cavity , the coupling element being formed in multiple parts, the coupling element connects the actuator structure to the diaphragm and the membrane and the actuator structure are free to vibrate with respect to the carrier substrate , wherein the coupling element is connected to the actuator structure within a first connecting area and to the diaphragm within a second connecting area , and wherein the coupling element includes a first part connected to the actuator structure and a second part connected to the diaphragm and the two parts are firmly connected to each other. a carrier substrate , comprising a substrate cavity with two substrate openings , which are formed on two opposite sides of the carrier substrate , an actuator structure , arranged in the area of one of the two substrate openings and connected in its edge area to the carrier substrate , and a diaphragm anchored in its edge area, which can be set into vibration by means of the actuator structure to generate sound waves, characterized in that in a cross-sectional view of the MEMS loudspeaker , the diaphragm is spaced apart from the actuator structure , so that an intermediate cavity is formed between the two, and the MEMS loudspeaker comprises a coupling element disposed in the intermediate cavity , the coupling element being formed in multiple parts, the coupling element connects the actuator structure to the diaphragm and the membrane and the actuator structure are free to vibrate with respect to the carrier substrate , wherein the coupling element is connected to the actuator structure within a first connecting area and to the diaphragm within a second connecting area , and wherein the coupling element includes a first part connected to the actuator structure and a second part connected to the diaphragm and the two parts are firmly connected to each other.
A method for manufacturing decorative surfaces including the steps of: a) inkjet printing a colour pattern on a paper substrate with one or more pigmented aqueous inkjet inks of an aqueous inkjet ink set; and thereafter b) impregnating the paper substrate with a thermosetting resin, wherein the inkjet printing is performed by a single pass printing process; wherein the paper substrate includes one or more ink receiving layers for improving the image quality of the aqueous inkjet inks jetted thereon; wherein the one or more pigmented aqueous inkjet inks are jetted at a jetting temperature of not more than 35°C; and wherein the one or more pigmented aqueous inkjet inks include a red aqueous inkjet ink R, wherein the red aqueous inkjet ink R in addition to a CMYK aqueous inkjet ink set is used or the red aqueous inkjet ink R is used instead of the magenta aqueous inkjet ink M to form a CRYK aqueous inkjet ink set; with the proviso that the pigmented aqueous inkjet inks do not include a polymer latex binder. a) inkjet printing a colour pattern on a paper substrate with one or more pigmented aqueous inkjet inks of an aqueous inkjet ink set; and thereafter b) impregnating the paper substrate with a thermosetting resin,
A method for producing an integrated body having, in a stated order, a first substrate that contains metal atoms, a bridge layer, and a second substrate that contains a polymer, the method comprising: a step A in which, in an atmosphere that contains at least one alcohol compound selected from the group consisting of primary alcohols and secondary alcohols, the first substrate and the second substrate are each irradiated with an ultraviolet ray, a precursor layer (a) that contains a metal carboxylate compound in which the metal atoms and a carboxylic acid are joined is formed on the first substrate, and a precursor layer (b) that contains a cross-linkable polymer in which a cross-linkable group is joined to the polymer is formed on the second substrate; and a step B in which the precursor layer (a) and the precursor layer (b) are brought into contact with each other and the bridge layer is formed to produce the integrated body; wherein the metal atoms contained in the first substrate are metal atoms of the group 3 to the group 13 and the content of the metal atoms in the first substrate is more than 50% by mass based on the total mass of the first substrate. a step A in which, in an atmosphere that contains at least one alcohol compound selected from the group consisting of primary alcohols and secondary alcohols, the first substrate and the second substrate are each irradiated with an ultraviolet ray, a precursor layer (a) that contains a metal carboxylate compound in which the metal atoms and a carboxylic acid are joined is formed on the first substrate, and a precursor layer (b) that contains a cross-linkable polymer in which a cross-linkable group is joined to the polymer is formed on the second substrate; and a step B in which the precursor layer (a) and the precursor layer (b) are brought into contact with each other and the bridge layer is formed to produce the integrated body; wherein the metal atoms contained in the first substrate are metal atoms of the group 3 to the group 13 and the content of the metal atoms in the first substrate is more than 50% by mass based on the total mass of the first substrate.
A method of starting a burner device , wherein a mixture of combustion air and a fuel is burnt in the burner device , wherein a burning process of the burner device is started by a glow element , and wherein the method comprises at least the following steps: a temperature of the combustion air is measured, and a set value of the heating energy of the glow element is specified as a function of the measured temperature. wherein a mixture of combustion air and a fuel is burnt in the burner device , wherein a burning process of the burner device is started by a glow element , and wherein the method comprises at least the following steps: a temperature of the combustion air is measured, and a set value of the heating energy of the glow element is specified as a function of the measured temperature. a temperature of the combustion air is measured, and a set value of the heating energy of the glow element is specified as a function of the measured temperature.
A sensor assembly for determining an amount of wear on a brake pad in a disc brake , comprising: a shaft extender including a first end configured for coupling to one end of a shaft of an adjustment mechanism of a caliper of the disc brake for rotation with the shaft about a rotational axis , a second end of the shaft extender defining a shaft extension ; a sensor configured to generate a signal indicative of a degree of rotation of the shaft extension , the signal indicative of the amount of wear on the brake pad , the sensor including a body coupled to the shaft extension and configured for rotation about an offset axis offset from the rotational axis in response to rotation of the shaft extension about the rotational axis ; and, a measurement device configured to generate the signal responsive to rotation of the body about the offset axis ; and, a housing configured to enclose the sensor , characterized by a shear adapter supported on the shaft extension and configured to be grasped by a tool to impart rotation to the shaft extender and shaft . a shaft extender including a first end configured for coupling to one end of a shaft of an adjustment mechanism of a caliper of the disc brake for rotation with the shaft about a rotational axis , a second end of the shaft extender defining a shaft extension ; a sensor configured to generate a signal indicative of a degree of rotation of the shaft extension , the signal indicative of the amount of wear on the brake pad , the sensor including a body coupled to the shaft extension and configured for rotation about an offset axis offset from the rotational axis in response to rotation of the shaft extension about the rotational axis ; and, a measurement device configured to generate the signal responsive to rotation of the body about the offset axis ; and, a housing configured to enclose the sensor , characterized by a shear adapter supported on the shaft extension and configured to be grasped by a tool to impart rotation to the shaft extender and shaft . a body coupled to the shaft extension and configured for rotation about an offset axis offset from the rotational axis in response to rotation of the shaft extension about the rotational axis ; and, a measurement device configured to generate the signal responsive to rotation of the body about the offset axis ; and, a housing configured to enclose the sensor , characterized by a shear adapter supported on the shaft extension and configured to be grasped by a tool to impart rotation to the shaft extender and shaft .
Device for the preparation of a Descemet's membrane-endothelium graft comprising a. a bowl with an inner bottom and a sidewall surrounding the bottom , particularly the bowl being configured to receive a fluid and a Descemet's membrane-endothelium graft or a donor cornea graft comprising a Descemet's membrane-endothelium graft floating in the fluid, b. a preparation area positioned in a first part of the inner bottom of the bowl , particularly for receiving and preparing the graft prior to transportation, c. a transfer area positioned in a second part of the inner bottom between the preparation area and an outlet opening in the sidewall , particularly the opening being entirely positioned below the upper rim of the sidewall whereby the bowl comprises a base for placing the bowl on a support , characterised in that the base is configured to provide a first stable position of the bowl for preparing the graft and a second stable position of the bowl for transferring the prepared graft towards the outlet opening . a. a bowl with an inner bottom and a sidewall surrounding the bottom , particularly the bowl being configured to receive a fluid and a Descemet's membrane-endothelium graft or a donor cornea graft comprising a Descemet's membrane-endothelium graft floating in the fluid, b. a preparation area positioned in a first part of the inner bottom of the bowl , particularly for receiving and preparing the graft prior to transportation, c. a transfer area positioned in a second part of the inner bottom between the preparation area and an outlet opening in the sidewall , particularly the opening being entirely positioned below the upper rim of the sidewall whereby the bowl comprises a base for placing the bowl on a support , characterised in that the base is configured to provide a first stable position of the bowl for preparing the graft and a second stable position of the bowl for transferring the prepared graft towards the outlet opening .
A method for controlling wind turbine shutdown, comprising: controlling, by a main controller of a main control system of a wind turbine in a case that the main controller receives a signal indicating power outage of power grid, a pitch system to perform a variable-rate feathering without triggering an operation of disconnecting a pitch safety chain, wherein: the signal indicating power outage of power grid is sent to the main controller by a converter controller in a case that the power outage of power grid determined by the converter controller ; and the pitch safety chain is a safety chain between the main controller and a pitch controller of the pitch system.
On a computing device , a method for reading stored data, the method comprising: obtaining a representation of a measurement performed on a data-storage medium, the representation based on a previously recorded pattern of data encoded in the data-storage medium in a layout that defines a plurality of data locations, the obtaining comprising probing the plurality of data locations of the data-storage medium to acquire the representation, the probing comprising irradiating a plurality of storage locations of an optical storage medium and concurrently imaging the optical storage medium to acquire a representation image of the stored data, the representation image comprising a layout of data locations corresponding to the plurality of storage locations of the optical storage medium; decoding the representation image via a data decoder using a machine-learning function trained to associate a plurality of probability values to each data location based on the representation image, each probability value having a corresponding data value being a birefringence value and representing a probability that the corresponding data value matches an actual data value of the previously stored data at a corresponding storage location of the optical storage medium, wherein the birefringence value of each probability value differs with respect to a birefringence value of the corresponding storage location of the optical storage medium, and obtaining from the data decoder, for each data location of the layout, the plurality of probability values. obtaining a representation of a measurement performed on a data-storage medium, the representation based on a previously recorded pattern of data encoded in the data-storage medium in a layout that defines a plurality of data locations, the obtaining comprising probing the plurality of data locations of the data-storage medium to acquire the representation, the probing comprising irradiating a plurality of storage locations of an optical storage medium and concurrently imaging the optical storage medium to acquire a representation image of the stored data, the representation image comprising a layout of data locations corresponding to the plurality of storage locations of the optical storage medium; decoding the representation image via a data decoder using a machine-learning function trained to associate a plurality of probability values to each data location based on the representation image, each probability value having a corresponding data value being a birefringence value and representing a probability that the corresponding data value matches an actual data value of the previously stored data at a corresponding storage location of the optical storage medium, wherein the birefringence value of each probability value differs with respect to a birefringence value of the corresponding storage location of the optical storage medium, and obtaining from the data decoder, for each data location of the layout, the plurality of probability values.
Bicycle comprising a bicycle mudguard provided with a rear light device, wherein the rear light device comprises a housing which is incorporated into the mudguard, wherein said housing comprises a top shell and a bottom shell which are assembled by their adjoining edges to form a unit which encloses an internal space in which at least one light source is provided, wherein the housing is provided in a transverse opening in the mudguard and the top shell comprises a translucent wall , which is a convex wall that in use forms an illumination surface , and an adjoining portion , and wherein the shape and dimensions of the peripheral edge of the translucent wall correspond to the shape and the dimensions of the opening in the mudguard , so that the peripheral edge of the translucent wall closely adjoins the edges of the opening, wherein the translucent wall forms an illumination surface projecting from the surface of the mudguard, in that said illumination surface substantially follows the curvature of the mudguard , and in that, viewed in the installation position of the mudguard, the illumination surface projects above a tangent plane (R) to the surface of the mudguard which makes an angle (α) with respect to a vertical plane which is at least 20° and at most 60°, and wherein • the translucent wall is made from a translucent plastic, and the adjoining portion is made of the same translucent plastic or another non-translucent plastic; • the opening crosses the mudguard and the housing is incorporated into the mudguard in such a way that the convex wall is situated in the opening and projects above the surface of the mudguard on the outer side of the mudguard , such that the housing is essentially situated on the inner side of the mudguard which faces the rear wheel of the bicycle, while the convex wall projects from the surface of the mudguard on the outer side of the mudguard . • the translucent wall is made from a translucent plastic, and the adjoining portion is made of the same translucent plastic or another non-translucent plastic; • the opening crosses the mudguard and the housing is incorporated into the mudguard in such a way that the convex wall is situated in the opening and projects above the surface of the mudguard on the outer side of the mudguard , such that the housing is essentially situated on the inner side of the mudguard which faces the rear wheel of the bicycle, while the convex wall projects from the surface of the mudguard on the outer side of the mudguard .
Method of marking according to the following steps: - deposition of marking ink on a substrate with said marking ink comprising: ▪ particles of at least one luminophore; ▪ at least one absorber consisting of metal nanoparticles; ▪ a solvent; ▪ the marking unit does not contain any sintering material; ▪ the ink has a luminophore/absorber mass ratio included between 100 and 1; - attachment of at least one marking ink luminophore by heat treatment. - deposition of marking ink on a substrate with said marking ink comprising: ▪ particles of at least one luminophore; ▪ at least one absorber consisting of metal nanoparticles; ▪ a solvent; ▪ the marking unit does not contain any sintering material; ▪ the ink has a luminophore/absorber mass ratio included between 100 and 1; ▪ particles of at least one luminophore; ▪ at least one absorber consisting of metal nanoparticles; ▪ a solvent; ▪ the marking unit does not contain any sintering material; ▪ the ink has a luminophore/absorber mass ratio included between 100 and 1; - attachment of at least one marking ink luminophore by heat treatment.
A system comprising an apparatus for dispensing compounds bearing scent, comprising: a. at least one scent dispensing unit comprising at least one scent bearing compound and an electromechanical dispenser providing droplets to the ambient atmosphere; b. an user-handled hardware comprising a user-handled hardware controller , a memory, a communications device and a user interface through which input parameters are inputted to a dispenser activation profile; c. resident hardware for controlling said at least one electromechanical dispenser ; said resident hardware comprising a resident hardware controller activating said electromechanical dispenser by means of an activator driver according to a predetermined activation profile; d. a wireless peer to peer channel implementing the communications between said user-handled device and said resident hardware ; and wherein the apparatus is characterized by said resident hardware controller being preprogrammed to activate said electromechanical dispenser as soon as a wireless network is established with a said user-handled device . a. at least one scent dispensing unit comprising at least one scent bearing compound and an electromechanical dispenser providing droplets to the ambient atmosphere; b. an user-handled hardware comprising a user-handled hardware controller , a memory, a communications device and a user interface through which input parameters are inputted to a dispenser activation profile; c. resident hardware for controlling said at least one electromechanical dispenser ; said resident hardware comprising a resident hardware controller activating said electromechanical dispenser by means of an activator driver according to a predetermined activation profile; d. a wireless peer to peer channel implementing the communications between