mhurhangee/patent-ind-claim-en huggingface dataset:
Method for assembling an offshore wind turbine , wherein the wind turbine comprises a tower foundation with at least one hollow ballast chamber , wherein the method comprises the following steps: - assembling the tower foundation on a dry dock-like construction site , wherein the construction site is located below the sea level and separated from the sea by a barrier , - launching the tower foundation to the sea by, at least partially, removing or opening the barrier and/or filling water into the construction site leading to a flooding of the construction site , installing a tower of the wind turbine on the tower foundation while the tower foundation is located in the dry dock-like construction site or at the target position , - towing the swimming tower foundation to a target position on the sea by a vessel , characterized by steps of - loading the at least one ballast chamber of the tower foundation with ballast material causing the tower foundation to sink down until it permanently rests on the sea ground , wherein seabed material is used as the ballast material - assembling the tower foundation on a dry dock-like construction site , wherein the construction site is located below the sea level and separated from the sea by a barrier , - launching the tower foundation to the sea by, at least partially, removing or opening the barrier and/or filling water into the construction site leading to a flooding of the construction site , installing a tower of the wind turbine on the tower foundation while the tower foundation is located in the dry dock-like construction site or at the target position , - towing the swimming tower foundation to a target position on the sea by a vessel , characterized by steps of - loading the at least one ballast chamber of the tower foundation with ballast material causing the tower foundation to sink down until it permanently rests on the sea ground , wherein seabed material is used as the ballast material
A method of comparing first optical properties of a first fluid with second optical properties of a second fluid, wherein the first and second optical properties are selected from refractive index, absorbance, reflectivity and turbidity, - wherein a first transparent grating comprising grating bars and having a grating constant is made of the first fluid, - wherein a second transparent grating comprising grating bars and also having said grating constant is made of the second fluid, characterized in that the second transparent grating is arranged at a lateral offset of less than 45% of the grating constant with regard to the first transparent grating such that the grating bars of the first and second transparent gratings are arranged side by side, - wherein coherent light is directed onto the first and second transparent gratings such that light which passed through the grating bars of the first and second transparent gratings forms a diffraction pattern comprising intensity maxima, - wherein two light intensities of two intensity maxima of a same order higher than zero are measured and compared to each other. - wherein a first transparent grating comprising grating bars and having a grating constant is made of the first fluid, - wherein a second transparent grating comprising grating bars and also having said grating constant is made of the second fluid, - wherein coherent light is directed onto the first and second transparent gratings such that light which passed through the grating bars of the first and second transparent gratings forms a diffraction pattern comprising intensity maxima, - wherein two light intensities of two intensity maxima of a same order higher than zero are measured and compared to each other.
A rod reducer comprising: a first elongate member ; and a second elongate member configured to slide along the first elongate member ; a first bearing component rotatably connected to the first elongate member ; a second bearing component rotatably connected to the second elongate member ; a hinge mechanism comprising: a first pair of linkages pivotably coupled to the first bearing component ; a second pair of linkages pivotably coupled to the second bearing component ; first and second rotation elements connecting the first pair of linkages and the second pair of linkages ; and first and second lever arms extending from the second pair of linkages ; and first and second handles connected to the first and second lever arms , respectively, configured to cause the second pair of linkages to draw the first bearing component and the first elongate member toward the second bearing component ; wherein the first bearing component and the second bearing component permit the hinge mechanism to rotate about the first and second elongate members . a first elongate member ; and a second elongate member configured to slide along the first elongate member ; a first bearing component rotatably connected to the first elongate member ; a second bearing component rotatably connected to the second elongate member ; a hinge mechanism comprising: a first pair of linkages pivotably coupled to the first bearing component ; a second pair of linkages pivotably coupled to the second bearing component ; first and second rotation elements connecting the first pair of linkages and the second pair of linkages ; and first and second lever arms extending from the second pair of linkages ; and a first pair of linkages pivotably coupled to the first bearing component ; a second pair of linkages pivotably coupled to the second bearing component ; first and second rotation elements connecting the first pair of linkages and the second pair of linkages ; and first and second lever arms extending from the second pair of linkages ; and first and second handles connected to the first and second lever arms , respectively, configured to cause the second pair of linkages to draw the first bearing component and the first elongate member toward the second bearing component ; wherein the first bearing component and the second bearing component permit the hinge mechanism to rotate about the first and second elongate members .
A fusion protein comprising an immunostimulatory agent fused to a targeting unit that targets said immunostimulatory agent to a tumor associated macrophage, wherein the immunostimulatory agent is IL-15 or IL15-IL15Ra, and wherein said targeting unit is an antigen binding protein that specifically binds to CD206, FOLR2, LGMN, CD204, CD163 or CD301.
A sorting facility for sorting parcels , which sorting facility comprises a sorting conveyor , sorting outlets distributed along said conveyor, and a monitoring and control unit suitable for controlling the sorting conveyor so as to sort the parcels into the sorting outlets as a function of their destination addresses, each sorting outlet being arranged to store a plurality of sorting receptacles , each of which is associated with a parcel destination address in a memory of the monitoring and control unit, said sorting facility being characterized in that , at each sorting outlet, it further comprises a swap-over device for swapping the receptacles over, which swap-over device comprises a shaft mounted to move in rotation about an axis (Al) and provided with docking means for docking with receptacles so that the shaft is designed to drive the docked receptacles in rotation about the axis, and in that the monitoring and control unit controls the swap-over device so that a receptacle for which the destination address associated with it in the memory of the monitoring and control unit corresponds to the destination address of a current parcel to be sorted is held stationary in a filling position in which the receptacle is positioned under the sorting outlet so as to receive a parcel.
A refrigerator comprising: a main body to define a storage space ; a door that opens and closes the storage space ; a dispenser provided at the door to dispense water; at least two filters to purify water supplied from an external water supply source , thereby supplying the purified water into the dispenser ; at least two heads to fix the at least two filters , respectively; a connector that connects the at least two heads to each other, the connector providing a passage between the at least two heads ; and a bracket on which the connector and the at least two heads are seated, the bracket being coupled to the connector , wherein the connector comprises a cylindrical body having an empty inner space through which water flows, characterized in that the connector further comprises a seating protrusion disposed on an outer circumference of the connector for allowing the connector to be seated on the bracket , wherein the bracket includes a seating guide on which the seating protrusion is placed to restrict left and right movement of the connector by the seating protrusion disposed thereon, wherein the connector is rotatable with respect to a central axis of the cylindrical body in a state where the connector is connected to the at least two heads . a main body to define a storage space ; a door that opens and closes the storage space ; a dispenser provided at the door to dispense water; at least two filters to purify water supplied from an external water supply source , thereby supplying the purified water into the dispenser ; at least two heads to fix the at least two filters , respectively; a connector that connects the at least two heads to each other, the connector providing a passage between the at least two heads ; and a bracket on which the connector and the at least two heads are seated, the bracket being coupled to the connector , wherein the connector comprises a cylindrical body having an empty inner space through which water flows, characterized in that the connector further comprises a seating protrusion disposed on an outer circumference of the connector for allowing the connector to be seated on the bracket , wherein the bracket includes a seating guide on which the seating protrusion is placed to restrict left and right movement of the connector by the seating protrusion disposed thereon, wherein the connector is rotatable with respect to a central axis of the cylindrical body in a state where the connector is connected to the at least two heads .
An integrated circuit being a chip, the integrated circuit comprising an active shield in a first layer and at least one security-critical component in a second layer , wherein the active shield comprises a data input, a data output and a plurality of metallic electrical connections configured to transmit an input value to produce an output value, said connections being embedded in the first layer , wherein the output value is a deterministic mapping of the input value as long as the metallic electrical connections are not damaged, characterized in that said security-critical component is configured to generate an access key for enabling access to at least a part of said security-critical component , wherein said access key is based on the output value of the active shield , the security-critical component further being configured to use the access key to enable access to the content of a storage unit comprised in the security-critical component , wherein the access key is a password or a decryption key which enables access to said content or for decrypting said content, the security-critical component further being configured to provide an input value to the active shield , said input value being based on a fixed seed value, to mask the input value with a variable random value before providing said input value to the active shield , and to unmask the output value of the active shield using said variable random value.
A lead-through module for discharging exhaust gas scrubbing water into the sea through a hull of a marine vessel, comprising a flow tube having a first end (14.1) and a second end (14.2) characterized by - the flow tube being of a first grade steel and comprising ∘ an attachment flange part at the first end of the flow tube , ∘ an outlet flange part at the second end (14.2) of the flow tube extending radially outwards from the second end of the flow tube having an outer periphery , - a planar transition plate of a second grade steel, having an outer periphery and comprising an opening defining an inner periphery (22") of the transition plate , wherein the inner periphery (22") of the transition plate conforms with an outer periphery of the outlet flange part , and wherein the transition plate is arranged axially flush with, and rigidly connected to the outlet flange part of the flow tube . - the flow tube being of a first grade steel and comprising ∘ an attachment flange part at the first end of the flow tube , ∘ an outlet flange part at the second end (14.2) of the flow tube extending radially outwards from the second end of the flow tube having an outer periphery , ∘ an attachment flange part at the first end of the flow tube , ∘ an outlet flange part at the second end (14.2) of the flow tube extending radially outwards from the second end of the flow tube having an outer periphery , - a planar transition plate of a second grade steel, having an outer periphery and comprising an opening defining an inner periphery (22") of the transition plate , wherein the inner periphery (22") of the transition plate conforms with an outer periphery of the outlet flange part , and wherein the transition plate is arranged axially flush with, and rigidly connected to the outlet flange part of the flow tube .
Method for hot forming a steel component , which is heated in a heat treatment step (II) into a region of complete or partial austenitization, and the heated steel component is both hot-formed and quench-hardened in a forming step (III), wherein a first pre-treatment step (Ia), in which the steel component is provided with a corrosion-resistant scale protection layer to protect it from scaling in the heat treatment step (II), is upstream of the heat treatment step (II) in terms of process technology, wherein, before the heat treatment step (II) is carried out, surface oxidation takes place in a second pre-treatment step (Ib), in which an inert, corrosion-resistant oxidation layer is formed on the scale protection layer , by means of which an abrasive tool wear in the forming step (III) is reduced, wherein the surface oxidation in the second pre-treatment step (Ib) is carried out by means of pickling passivation, and for pickling passivation, the steel component is treated with a pickling solution in a pickling bath and is subsequently dried, characterized in that the pickling solution is an aqueous solution of phosphoric acid, in that a third pre-treatment step (Ic), in which a cover layer of high melting temperature is formed on the corrosion-resistant oxidation layer in a hot-dip immersion bath, is carried out before the heat treatment step (II) is carried out, and in that melting of the underlying layers is prevented by means of the cover layer in the subsequent heat treatment step (II), wherein the cover layer is a metal oxide layer, specifically a titanium oxide layer or a titanium-zirconium layer.
A servovalve comprising: a pilot stage with a pilot stage spool valve, the pilot stage comprising an electric actuator arranged to actuate the pilot stage spool valve, which pilot stage spool valve comprises an output control fluid line and a pilot spool ; a main stage comprising a main stage fluid valve arranged to influence the flow of a working fluid; in which the output control fluid line of the pilot stage spool valve is arranged to drive the main stage fluid valve to influence the flow of the working fluid, in which the electric actuator comprises a piezoelectric element and the piezoelectric element is a substantially planar flat element which defines an opening in the centre thereof in which the pilot spool is connected to the piezoelectric element via a spool adaptor received in the opening wherein the position of the pilot spool can be axially adjusted to a null position by rotation of the pilot spool within the adaptor. a pilot stage with a pilot stage spool valve, the pilot stage comprising an electric actuator arranged to actuate the pilot stage spool valve, which pilot stage spool valve comprises an output control fluid line and a pilot spool ; a main stage comprising a main stage fluid valve arranged to influence the flow of a working fluid; in which the output control fluid line of the pilot stage spool valve is arranged to drive the main stage fluid valve to influence the flow of the working fluid, in which the electric actuator comprises a piezoelectric element and the piezoelectric element is a substantially planar flat element which defines an opening in the centre thereof in which the pilot spool is connected to the piezoelectric element via a spool adaptor received in the opening wherein the position of the pilot spool can be axially adjusted to a null position by rotation of the pilot spool within the adaptor.
An overflow device , comprising: a ring-shaped mounting portion adapted to be mounted below a washbasin outlet; and a rigid pipe connecting to the ring-shaped mounting portion at a first end of the rigid pipe ; and a flexible extension pipe connecting to the rigid pipe at a first end and to an overflow connection at a second end , wherein the flexible extension pipe has a knee portion , characterized in that the connection between the first end of the flexible extension pipe and the rigid pipe is telescopically adjustable and wherein the connection is a press fit connection, and in that the connection between the second end of the flexible extension pipe and the overflow connection is telescopically adjustable and wherein the connection is a press fit connection. a ring-shaped mounting portion adapted to be mounted below a washbasin outlet; and a rigid pipe connecting to the ring-shaped mounting portion at a first end of the rigid pipe ; and a flexible extension pipe connecting to the rigid pipe at a first end and to an overflow connection at a second end , wherein the flexible extension pipe has a knee portion , characterized in that the connection between the first end of the flexible extension pipe and the rigid pipe is telescopically adjustable and wherein the connection is a press fit connection, and in that the connection between the second end of the flexible extension pipe and the overflow connection is telescopically adjustable and wherein the connection is a press fit connection.
A bare optical fiber manufacturing method of irradiating an ultraviolet curable resin applied around an optical fiber (F 1 ), with ultraviolet light emitted from semiconductor ultraviolet light emitting elements , and curing the ultraviolet curable resin, wherein the ultraviolet curable resin applied around the optical fiber (F 1 ) is irradiated with the ultraviolet light by use of an ultraviolet irradiation device having plural ultraviolet irradiation units each having plural positions where the ultraviolet light is emitted toward the ultraviolet curable resin, the plural positions being arranged on a circumference of the same circle, the plural ultraviolet irradiation units being arranged in a traveling direction of the optical fiber (F 1 ) such that the optical fiber passes centers of the circles, at least two of the plural ultraviolet irradiation units being differently arranged with respect to circumferential direction angles thereof around an axis that is the traveling direction of the optical fiber; wherein the semiconductor ultraviolet light emitting elements are arranged at the positions in the ultraviolet irradiation units ; characterized in that the semiconductor ultraviolet light emitting elements are inclinedly installed in the plural ultraviolet irradiation units so as to emit ultraviolet light toward a single point on the axis representing the traveling direction of the optical fiber (F 1 ). the ultraviolet curable resin applied around the optical fiber (F 1 ) is irradiated with the ultraviolet light by use of an ultraviolet irradiation device having plural ultraviolet irradiation units each having plural positions where the ultraviolet light is emitted toward the ultraviolet curable resin, the plural positions being arranged on a circumference of the same circle, the plural ultraviolet irradiation units being arranged in a traveling direction of the optical fiber (F 1 ) such that the optical fiber passes centers of the circles, at least two of the plural ultraviolet irradiation units being differently arranged with respect to circumferential direction angles thereof around an axis that is the traveling direction of the optical fiber; wherein the semiconductor ultraviolet light emitting elements are arranged at the positions in the ultraviolet irradiation units ; characterized in that the semiconductor ultraviolet light emitting elements are inclinedly installed in the plural ultraviolet irradiation units so as to emit ultraviolet light toward a single point on the axis representing the traveling direction of the optical fiber (F 1 ).
An antenna , wherein the antenna comprises: an antenna body , wherein the antenna body has an antenna aperture and is configured to send and receive a radio frequency signal that passes through the antenna aperture, and the antenna body has an optical axis; and a filter component , wherein the filter component is located at the antenna aperture and is disposed perpendicular to the optical axis, and is configured to filter an interference signal in the radio frequency signal; and the filter component comprises a filter layer and a support component, wherein the filter layer is formed by a lossy dielectric, and the support component is configured to support the filter layer, so that the filter layer forms a spatial structure similar to a shutter; and wherein the filter layer comprises a plurality of equally spaced concentric circles to form the spatial structure, and wherein a spacing between any two adjacent concentric circles is greater than λ/4, and λ is a wavelength corresponding to a minimum operating frequency of the radio frequency signal. an antenna body , wherein the antenna body has an antenna aperture and is configured to send and receive a radio frequency signal that passes through the antenna aperture, and the antenna body has an optical axis; and a filter component , wherein the filter component is located at the antenna aperture and is disposed perpendicular to the optical axis, and is configured to filter an interference signal in the radio frequency signal; and the filter component comprises a filter layer and a support component, wherein the filter layer is formed by a lossy dielectric, and the support component is configured to support the filter layer, so that the filter layer forms a spatial structure similar to a shutter; and wherein the filter layer comprises a plurality of equally spaced concentric circles to form the spatial structure, and wherein a spacing between any two adjacent concentric circles is greater than λ/4, and λ is a wavelength corresponding to a minimum operating frequency of the radio frequency signal.
A two-component epoxy system, comprising: a prepolymer consisting of 75 to 99.5 parts of a diepoxy and/or polyepoxy and 0.5 to 25 parts of a dimercapto and/or polymercapto compound; an amine mixture of 5 to 25 parts of a mono-sec-amine or di-sec-amine and 75 to 95 parts of one or more primary diamines and/or polyamines with 0.1 to 20 wt% of nanoscale oligoureas dispersed therein; and optionally, further solid or liquid additives. a prepolymer consisting of 75 to 99.5 parts of a diepoxy and/or polyepoxy and 0.5 to 25 parts of a dimercapto and/or polymercapto compound; an amine mixture of 5 to 25 parts of a mono-sec-amine or di-sec-amine and 75 to 95 parts of one or more primary diamines and/or polyamines with 0.1 to 20 wt% of nanoscale oligoureas dispersed therein; and optionally, further solid or liquid additives.