mhurhangee/patent-ind-claim-en huggingface dataset:
A device for attaching to a surface of a wind turbine blade , the device comprising a plurality of sections to be arranged end-to-end along a portion of the blade, wherein each section of the device comprises: a baseplate for bonding to the surface of the blade; a first panel extending from the baseplate ; characterized in that each section of the device further comprises first and second end walls extending respectively along transverse edges of the baseplate and the first panel ; a first tab extending from the first end wall ; and a second tab extending from the second end wall , the second tab being transversely offset from the first tab, wherein the tabs are arranged such that when the sections are positioned end-to-end with a first end wall of a first section adjacent to a second end wall of a second section, the first tab of the first section overlaps the second end wall of the second section, whilst the second tab of the second section overlaps the first end wall of the first section. a baseplate for bonding to the surface of the blade; a first panel extending from the baseplate ; characterized in that each section of the device further comprises first and second end walls extending respectively along transverse edges of the baseplate and the first panel ; a first tab extending from the first end wall ; and a second tab extending from the second end wall , the second tab being transversely offset from the first tab, wherein the tabs are arranged such that when the sections are positioned end-to-end with a first end wall of a first section adjacent to a second end wall of a second section, the first tab of the first section overlaps the second end wall of the second section, whilst the second tab of the second section overlaps the first end wall of the first section.
A device for observing an object, by lensless imaging, including: - a light source that is able to generate a light wave, called the emission wave , that propagates along a propagation axis (Z); - an image sensor ; - a holder (10 s ) that is able to hold an object and that is placed between the image sensor and the light source such that the image sensor is able to form an image of said object held on the holder; and - an optical system that is placed between the light source and the holder (10 s ) and that is able to form, from said emission wave, a convergent incident wave (12 c ) that propagates from said optical system to the holder (10 s ); - the holder (10 s ) defining a plane, called the object plane (P 10 ), that is perpendicular to the propagation axis (Z) and that passes through the holder, said optical system being able to conjugate said light source with a secondary source (11 s ) that is located in a half space defined by said object plane (P 10 ) and that includes the image sensor ; the device being characterized in that : - the optical system is configured such that the secondary source (11 s ) is located closer to the image sensor than to the holder , such that the image of the object, held on the holder, on the image sensor is affected by a transverse magnification lower than 1. - a light source that is able to generate a light wave, called the emission wave , that propagates along a propagation axis (Z); - an image sensor ; - a holder (10 s ) that is able to hold an object and that is placed between the image sensor and the light source such that the image sensor is able to form an image of said object held on the holder; and - an optical system that is placed between the light source and the holder (10 s ) and that is able to form, from said emission wave, a convergent incident wave (12 c ) that propagates from said optical system to the holder (10 s ); - the holder (10 s ) defining a plane, called the object plane (P 10 ), that is perpendicular to the propagation axis (Z) and that passes through the holder, said optical system being able to conjugate said light source with a secondary source (11 s ) that is located in a half space defined by said object plane (P 10 ) and that includes the image sensor ; - the optical system is configured such that the secondary source (11 s ) is located closer to the image sensor than to the holder , such that the image of the object, held on the holder, on the image sensor is affected by a transverse magnification lower than 1.
A method for the preparation of a sulfur-free copolymer comprising alkyl methacrylate monomer units and maleic anhydride monomer units by solution polymerization of one or more alkyl methacrylates and maleic anhydride in a solvent in the presence of a radical initiator, said method comprising the steps of a) providing an initial reaction solution comprising maleic anhydride, a portion of the radical initiator and solvent, b) adding a feed solution comprising one or more alkyl methacrylates and a portion of the radical initiator to the initial reaction solution. a) providing an initial reaction solution comprising maleic anhydride, a portion of the radical initiator and solvent, b) adding a feed solution comprising one or more alkyl methacrylates and a portion of the radical initiator to the initial reaction solution.
A method for determining an orientation of a rail vehicle in a train assembly and for controlling whether different rail vehicles are in the same train assembly, - the train assembly comprising a plurality of rail vehicles , - wherein said plurality of rail vehicles are linked by a pressurized air line , - wherein at least one of the rail vehicles comprises, at a first position, in longitudinal direction (L), a first sensor , for detecting a pneumatic signal in the air line , and - wherein the at least one rail vehicle comprises, at a second position, in longitudinal direction (L), a second sensor , for measuring a pneumatic signal in the air line , the method comprising - sending a pneumatic signal through said air line , - detecting the pneumatic signal at the first sensor and at the second sensor , - determining a signal-time shift between the pneumatic signal at the first sensor and the pneumatic signal at the second sensor , - determining the orientation of the rail vehicle from said signal-time shift characterized in that the pneumatic signal comprises a specific pressure pattern which is used as identification signal for the train assembly and wherein the train assembly has a radio remote control and information about the pressure pattern is sent via radio in order to control whether different rail vehicles of the plurality of rail vehicles are in the train assembly. - the train assembly comprising a plurality of rail vehicles , - wherein said plurality of rail vehicles are linked by a pressurized air line , - wherein at least one of the rail vehicles comprises, at a first position, in longitudinal direction (L), a first sensor , for detecting a pneumatic signal in the air line , and - wherein the at least one rail vehicle comprises, at a second position, in longitudinal direction (L), a second sensor , for measuring a pneumatic signal in the air line , - sending a pneumatic signal through said air line , - detecting the pneumatic signal at the first sensor and at the second sensor , - determining a signal-time shift between the pneumatic signal at the first sensor and the pneumatic signal at the second sensor , - determining the orientation of the rail vehicle from said signal-time shift
A vehicle hood structure comprising: a hood outer panel ; and a hood inner panel that is disposed at a back surface of the hood outer panel , wherein the hood inner panel includes: an outer peripheral frame that is arranged in an outer peripheral portion of the hood inner panel; a proximate surface that is arranged inside from the outer peripheral frame and is joined to the back surface of the outer panel ; and a connection vertical wall that connects an inner peripheral vertical wall configuring an inner periphery of the outer peripheral frame and the proximate surface , the inner peripheral vertical wall and the connection vertical wall form a front-side vertical wall which extends in a vehicle width direction at a vehicle front side portion of the proximate surface, and form lateral-side vertical walls which extend in a front and rear direction of a vehicle at both side portions of the proximate surface in the vehicle width direction, the lateral-side vertical wall is formed to have a stepped shape including a flat surface , characterized in that an area of the flat surface becomes smaller as a measurement position of the area gets closer to the front-side vertical wall . a hood outer panel ; and a hood inner panel that is disposed at a back surface of the hood outer panel , wherein the hood inner panel includes: an outer peripheral frame that is arranged in an outer peripheral portion of the hood inner panel; a proximate surface that is arranged inside from the outer peripheral frame and is joined to the back surface of the outer panel ; and a connection vertical wall that connects an inner peripheral vertical wall configuring an inner periphery of the outer peripheral frame and the proximate surface , an outer peripheral frame that is arranged in an outer peripheral portion of the hood inner panel; a proximate surface that is arranged inside from the outer peripheral frame and is joined to the back surface of the outer panel ; and a connection vertical wall that connects an inner peripheral vertical wall configuring an inner periphery of the outer peripheral frame and the proximate surface , the inner peripheral vertical wall and the connection vertical wall form a front-side vertical wall which extends in a vehicle width direction at a vehicle front side portion of the proximate surface, and form lateral-side vertical walls which extend in a front and rear direction of a vehicle at both side portions of the proximate surface in the vehicle width direction, the lateral-side vertical wall is formed to have a stepped shape including a flat surface , characterized in that an area of the flat surface becomes smaller as a measurement position of the area gets closer to the front-side vertical wall .
A method of operation of a User Equipment device, UE, in a wireless system , comprising: performing uplink Listen-Before-Talk, LBT, on one or more candidate carriers for switched carrier Sounding Reference Signal, SRS, transmission; and performing a switched carrier SRS transmission on at least one candidate carrier of the one or more candidate carriers that is determined to be available as a result of performing the uplink LBT on the one or more candidate carriers, wherein performing the switched carrier SRS transmission on the at least one candidate carrier comprises performing the switched carrier SRS transmission on the at least one candidate carrier in accordance with an SRS transmission multiplexing configuration for a respective group of UEs , and the SRS transmission multiplexing configuration comprises one of (i) a cyclic shift, (ii) a time-domain Orthogonal Cover Code, OCC, (iii) an intra-symbol frequency-domain OCC and a cyclic shift. performing uplink Listen-Before-Talk, LBT, on one or more candidate carriers for switched carrier Sounding Reference Signal, SRS, transmission; and performing a switched carrier SRS transmission on at least one candidate carrier of the one or more candidate carriers that is determined to be available as a result of performing the uplink LBT on the one or more candidate carriers, wherein performing the switched carrier SRS transmission on the at least one candidate carrier comprises performing the switched carrier SRS transmission on the at least one candidate carrier in accordance with an SRS transmission multiplexing configuration for a respective group of UEs , and the SRS transmission multiplexing configuration comprises one of (i) a cyclic shift, (ii) a time-domain Orthogonal Cover Code, OCC, (iii) an intra-symbol frequency-domain OCC and a cyclic shift.
A proxy , configurable for communication in a first transport domain and in a second transport domain , comprising a processor and a memory , the memory containing instructions executable by the processor thereby to cause the proxy : to receive, from a server in the second transport domain , a data packet being directed to a communications device in the first transport domain ; to forward the data packet to the communications device and to send to the server a traffic handling offer message, the traffic handling offer message including a plurality of traffic handling options; to receive from the server an indication of a selected one of the plurality of traffic handling options; to apply the selected one of the plurality of traffic handling options to data packets received from the server in the second transport domain ; to configure a traffic treatment in the first transport domain corresponding to the selected one of the plurality of traffic handling options; and to forward to the communications device , according to the configured traffic treatment in the first transport domain , data packets received from the server , directed to the communications device . to receive, from a server in the second transport domain , a data packet being directed to a communications device in the first transport domain ; to forward the data packet to the communications device and to send to the server a traffic handling offer message, the traffic handling offer message including a plurality of traffic handling options; to receive from the server an indication of a selected one of the plurality of traffic handling options; to apply the selected one of the plurality of traffic handling options to data packets received from the server in the second transport domain ; to configure a traffic treatment in the first transport domain corresponding to the selected one of the plurality of traffic handling options; and to forward to the communications device , according to the configured traffic treatment in the first transport domain , data packets received from the server , directed to the communications device .
Inspection device which contains, in a preferably curtainless radiation protection housing , a device for inspection by means of electromagnetic radiation, in particular an X-ray device , and a weighing device , a) wherein the inspection device extends in its height in the z-direction, in its length in the x-direction and in its width in the y-direction, b) having an endless conveyor belt common to the device for inspection by means of electromagnetic radiation and the weighing device , in order to convey products in the conveying direction (x-direction) from an input region of the inspection device to a region for inspection by means of electromagnetic radiation, from there to a region for weighing and from there to an output region of the inspection device , c) wherein the upper side of the endless conveyor belt overcomes a height difference against the z-direction on its way from the weighing region to the output region by means of an inclined region , d) wherein at least a partial region of the inclined region or several partial regions or the entire inclined region is circulated by the common endless conveyor belt , e) wherein the weighing device is arranged in the inspection device immediately in front of the inclined region , viewed in the conveying direction (x-direction). a) wherein the inspection device extends in its height in the z-direction, in its length in the x-direction and in its width in the y-direction, b) having an endless conveyor belt common to the device for inspection by means of electromagnetic radiation and the weighing device , in order to convey products in the conveying direction (x-direction) from an input region of the inspection device to a region for inspection by means of electromagnetic radiation, from there to a region for weighing and from there to an output region of the inspection device , c) wherein the upper side of the endless conveyor belt overcomes a height difference against the z-direction on its way from the weighing region to the output region by means of an inclined region , d) wherein at least a partial region of the inclined region or several partial regions or the entire inclined region is circulated by the common endless conveyor belt , e) wherein the weighing device is arranged in the inspection device immediately in front of the inclined region , viewed in the conveying direction (x-direction).
Spool for a valve of an aircraft engine fuel circuit extending along a longitudinal axis , and comprising a narrowed intermediate portion extending between two cylindrical end portions , a first end portion being separated from the narrowed intermediate portion by a shoulder having a surface arranged perpendicular to the longitudinal axis overall, the narrowed intermediate portion itself including, as an extension of the shoulder , at least one cylindrical section , the shoulder being provided with a step which is a protuberance protruding with respect to said shoulder as an extension of the cylindrical surface of the first end portion and which, when fuel flows along the first end portion in the direction of the narrowed intermediate portion and of the second end portion , ensures the generation of a fuel jet on the cylindrical section of the narrowed intermediate portion , a recirculation of fuel forming in a zone adjoining said shoulder , the spool being characterized in that the shoulder comprises at least one groove which extends radially from the cylindrical surface of the first end portion , in the direction of the longitudinal axis , to the cylindrical section , and from which extends the step , so as to accelerate the recirculation of the fuel in the recirculation zone .
A sealed and insulating tank for storing and/or transporting a liquefied gas, the tank comprising successively, from the inside to the outside: an internal reservoir , which is sealed and self-supporting, the internal reservoir having an inner surface intended to be in contact with the liquefied gas, and an outer surface, an insulating barrier covering the outer surface of the internal reservoir, the insulating barrier being attached to the internal reservoir, an outer sealed membrane covering an outer surface of the insulating barrier, the outer sealed membrane comprising a piece of sheet metal the outer sealed membrane being attached to the insulating barrier or the internal reservoir, characterized in that the outer sealed membrane is provided with bellows or corrugations so as to allow elastic deformation, wherein an intermediate space located between the internal reservoir and the outer sealed membrane contains a gas phase under depression in order to press the outer sealed membrane against the outer surface of the insulating barrier , wherein the depression consists of a difference between the pressure prevailing inside the intermediate space and the atmospheric pressure. an internal reservoir , which is sealed and self-supporting, the internal reservoir having an inner surface intended to be in contact with the liquefied gas, and an outer surface, an insulating barrier covering the outer surface of the internal reservoir, the insulating barrier being attached to the internal reservoir, an outer sealed membrane covering an outer surface of the insulating barrier, the outer sealed membrane comprising a piece of sheet metal the outer sealed membrane being attached to the insulating barrier or the internal reservoir, characterized in that the outer sealed membrane is provided with bellows or corrugations so as to allow elastic deformation, wherein an intermediate space located between the internal reservoir and the outer sealed membrane contains a gas phase under depression in order to press the outer sealed membrane against the outer surface of the insulating barrier , wherein the depression consists of a difference between the pressure prevailing inside the intermediate space and the atmospheric pressure.
A multilayer coated film forming method which includes an intermediate coat formation step in which a waterborne intermediate-coat coating material is coated onto an electrodeposited and hardened coated film to form the intermediate coat, a basecoat formation step in which a waterborne basecoat coating material is coated onto the intermediate coat to form the basecoat without performing flash-off following the intermediate coat formation step, a clearcoat formation step in which a clearcoat coating material is coated onto the unhardened basecoat to form the clearcoat, and a heating and hardening step in which these three coats are simultaneously heated and hardened, where, in said multilayer coated film forming method, the aforesaid waterborne intermediate-coat coating material and the aforesaid waterborne basecoat coating material include a core/shell type resin emulsion (A) in which the core portion is an acrylic resin (A1) and the shell portion is a polyurethane resin (A2), a water-soluble or water-dispersible polyurethane resin (B), a water-soluble or water-dispersible polyester resin (C), and a melamine resin (D), and the hydroxyl value of aforesaid acrylic resin (A1) is 10-30 mgKOH/g, the acid value is 0-10 mgKOH/g, and the glass transition temperature is 0-100°C, the hydroxyl value of aforesaid polyurethane resin (A2) is 20-80 mgKOH/g, the acid value is 10-60 mgKOH/g, and the number average molecular weight is 2 000 - 10 000, the solids content mass ratio denoted by {aforesaid component (A1)/aforesaid component (A2)} is 0.80-1.25, and, based on the combined resin solids content by mass of aforesaid components (A) to (C), the solids content by mass of aforesaid component (A) is 5-25 mass%, the solids content by mass of aforesaid component (B) is 45-65 mass%, the solids content by mass of aforesaid component (C) is 20-40 mass%, and the solids content by mass of aforesaid component (D) is 35-45 mass%.
A battery packaging material comprising a laminate including at least a base material layer , a metal layer , an insulating layer , and a sealant layer laminated in this order, wherein a hardness, when measured by using a nanoindenter and pressing an indenter 5 μm into the insulating layer from a cross-section of the laminate in the laminating direction thereof, according to the method given in the description, ranges from 15 MPa to 250 MPa, wherein the insulating layer is formed of a resin composition containing a modified polyolefin resin formed by modifying at least one of a polyethylene-based resin and a polypropylene-based resin with an unsaturated carboxylic acid or acid anhydride thereof, wherein a melting point of the insulating layer is lower than a melting point of the sealant layer , and wherein the metal layer is formed of aluminum foil. wherein a hardness, when measured by using a nanoindenter and pressing an indenter 5 μm into the insulating layer from a cross-section of the laminate in the laminating direction thereof, according to the method given in the description, ranges from 15 MPa to 250 MPa, wherein the insulating layer is formed of a resin composition containing a modified polyolefin resin formed by modifying at least one of a polyethylene-based resin and a polypropylene-based resin with an unsaturated carboxylic acid or acid anhydride thereof, wherein a melting point of the insulating layer is lower than a melting point of the sealant layer , and wherein the metal layer is formed of aluminum foil.
A vaccine formulation comprising a pharmaceutically-acceptable carrier, an adjuvant, and a nucleic acid comprising a nucleotide sequence that encodes a polypeptide comprising the amino acid sequence of SEQ ID NO: 138, which polypeptide has a double internal deletion of amino acid residues 391-544 and 786-821 of SEQ ID NO: 1.