mhurhangee/ep-ind-claims huggingface dataset:
A molding die used for molding a composite material, the molding die comprising: a molding member having a molding surface; a support frame provided on a lower side of the molding member, the support frame being configured to support the molding member; and a plurality of height adjustment mechanisms provided between the molding member and the support frame, the height adjustment mechanism being capable of adjusting a height of the molding member with respect to the support frame; each of the height adjustment mechanisms includes: a container attached to the support frame, the container being capable of storing a fluid therein; a floating body configured to float on the fluid stored in the container; and a contact member connected to the floating body, the contact member being configured to come into contact with the molding member; wherein in the plurality of height adjustment mechanisms, interiors of a plurality of containers are connected with each other via communication flow paths. a molding member having a molding surface; a support frame provided on a lower side of the molding member, the support frame being configured to support the molding member; and a plurality of height adjustment mechanisms provided between the molding member and the support frame, the height adjustment mechanism being capable of adjusting a height of the molding member with respect to the support frame; each of the height adjustment mechanisms includes: a container attached to the support frame, the container being capable of storing a fluid therein; a floating body configured to float on the fluid stored in the container; and a contact member connected to the floating body, the contact member being configured to come into contact with the molding member; wherein in the plurality of height adjustment mechanisms, interiors of a plurality of containers are connected with each other via communication flow paths. a container attached to the support frame, the container being capable of storing a fluid therein; a floating body configured to float on the fluid stored in the container; and a contact member connected to the floating body, the contact member being configured to come into contact with the molding member; wherein in the plurality of height adjustment mechanisms, interiors of a plurality of containers are connected with each other via communication flow paths.
A curing method of a resin composite material (1A to 1I), comprising the steps of: a lamination step of laminating a resin composite material (1A to 1I) on a molding tool; an electromagnetic wave irradiation step of irradiating the resin composite material (1A to 1I) laminated on the molding tool with electromagnetic waves to heat the resin composite material (1A to 1I); and a pressurization step of pressurizing the surface of the heated resin composite material (1A to 1I), wherein the resin composite material (1A to 1I) is formed by combining a fibrous reinforcing material and a thermosetting or thermoplastic matrix resin, wherein a metal nanomaterial which absorbs electromagnetic waves and self-heats is added to the matrix resin, wherein the metal nanomaterial is nanofibers or nanocoils, and wherein, in a case where the metal nanomaterial is nanofibers, the nanofibers are manufactured using an electro-spinning method, or, in a case where the metal nanomaterial is nanocoils, the nanocoils are obtained by setting nanofibers manufactured using an electro-spinning method as core portions and forming metal films on the surface of the nanofibers. a lamination step of laminating a resin composite material (1A to 1I) on a molding tool; an electromagnetic wave irradiation step of irradiating the resin composite material (1A to 1I) laminated on the molding tool with electromagnetic waves to heat the resin composite material (1A to 1I); and a pressurization step of pressurizing the surface of the heated resin composite material (1A to 1I), wherein the resin composite material (1A to 1I) is formed by combining a fibrous reinforcing material and a thermosetting or thermoplastic matrix resin, wherein a metal nanomaterial which absorbs electromagnetic waves and self-heats is added to the matrix resin, wherein the metal nanomaterial is nanofibers or nanocoils, and wherein, in a case where the metal nanomaterial is nanofibers, the nanofibers are manufactured using an electro-spinning method, or, in a case where the metal nanomaterial is nanocoils, the nanocoils are obtained by setting nanofibers manufactured using an electro-spinning method as core portions and forming metal films on the surface of the nanofibers.
A Plasma Protein Fraction for use in treating a thymic cancer in a subject diagnosed with the thymic cancer, wherein the PPF comprises a sterile solution of protein composed of albumin and globulin, derived from human plasma, with an albumin content of at least 83% with no more than 17% globulins and other plasma proteins, and no more than 1% gamma globulin.
Evaporator unit for an inhaler, in particular for an electronic cigarette product, comprising an electrically operable, in particular planar, heating body which has an inlet side and an outlet side, and a plurality of microchannels which each extend from the inlet side to the outlet side through the heating body, the heating body being designed to evaporate, by applying a heating voltage, liquid transferred through the microchannels, wherein a porous and/or capillary wick structure is arranged on the inlet side of the heating body, which structure rests flat against and in contact with the heating body and covers all of the microchannels on the inlet side, wherein the evaporator unit has a substrate comprising a through-opening for holding the heating body and/or the wick structure.
A surgical instrument for use in performing anterior cruciate ligament reconstruction comprising; an elongate member having a first end and a second end; a grippable handle proximate the first end of the elongate member; a head section proximate the second end of the elongate member, the head section having a curvilinear groove formed therein and configured to receive a guide wire, said curvilinear groove including first and second groove ends; a protuberance formed on an outside of said elongate member, said protuberance structured to extend into the curvilinear groove intermediate the first and second groove ends for frictionally engaging the guide wire within the groove and allowing the guide wire to be released from the groove in its entirety, wherein the width of the groove proximate the protuberance is more narrow than the width of the groove proximate the first end.
A multi-head multiformat box forming machine which comprises, at least, one storage unit for die-cut cardboard sheets, two or more feeders wherein each one of said feeders dispenses the die-cut cardboard sheets unit by unit, means for guiding and positioning the die-cut sheets, means for supplying an adhesive substance on the die-cut cardboard sheet, two or more shaping units, each of which comprises at least one vertically displaceable inner mould and one outer die, and means for discharging the formed box being perpendicular to the feeders, wherein the mould and the die of each shaping unit are divided into four segments (7a, 7b, 7c, 7d, 8a, 8b, 8c, 8d), respectively, which enable the horizontal displacement and positioning thereof at the points which coincide with the lower corners of the box when a format changing mechanism that comprises four arms displaces the four arms to position them in a new box format, wherein each one of the mould-die segments (7a, 8a), (7b, 8b) (7c, 8c) and (7d, 8d) of each shaping unit moves solidly joined together so as to maintain the tolerances between the mould and the die; wherein each shaping unit comprises actuation means for the vertical and alternate displacement of the four segments (7a, 7b, 7c, 7d) that shape the inner mould, wherein the multi-head multiformat box forming machine is characterised in that the segments (8a, 8b, 8c, 8d) of the die of at least one of the shaping units are displaceable with respect to the arms of said shaping unit once the box has been formed, such as to clear a box discharge path in a direction parallel to the direction in which the cardboard sheets are dispensed by the feeders.
A digital system for operating a control rod drive in a nuclear power plant, the digital system comprising: a first channel controller configured to receive digital position information from a first control rod drive position sensor in the control rod drive; a second channel controller configured to receive digital position information from a second control rod drive position sensor in the control rod drive, wherein the first channel controller and second channel controller are configured to report a position of the control rod based on the received digital position information from the first and the second control rod drive position sensors; characterized in that the first channel controller and the second channel controller are further configured to transmit digital operation signals to the control rod drive, and in that the system does not include any analog-to-digital converter. a first channel controller configured to receive digital position information from a first control rod drive position sensor in the control rod drive; a second channel controller configured to receive digital position information from a second control rod drive position sensor in the control rod drive, wherein the first channel controller and second channel controller are configured to report a position of the control rod based on the received digital position information from the first and the second control rod drive position sensors; characterized in that the first channel controller and the second channel controller are further configured to transmit digital operation signals to the control rod drive, and in that the system does not include any analog-to-digital converter.
Method for managing a communication, through a communication network, from a second individual to a first individual, in which the first individual is associated in a first database with a plurality of second addresses, a second database furthermore listing, for each of said second addresses, information relating to communications between the first and second individuals, the method comprising, for a first communication intended for the second individual and arising from a first address (Id1-B) associated with the first individual: - identification of the first address, - initialization of a second communication intended for the first individual, to the identified first address (Id1-B), said method being characterized in that it comprises the following, at a management device for managing the terminal of the second individual: - selection, according to the second database, of a second address (Id1-A) from among the plurality of second addresses associated with the first individual, - addressing of a message to the terminal of the second individual, said message proposing said selected second address, - redirection of the second communication to said second address if said selected second address is validated. - identification of the first address, - initialization of a second communication intended for the first individual, to the identified first address (Id1-B), - selection, according to the second database, of a second address (Id1-A) from among the plurality of second addresses associated with the first individual, - addressing of a message to the terminal of the second individual, said message proposing said selected second address, - redirection of the second communication to said second address if said selected second address is validated.
A system for containing a fluid leaked from a pipeline (101, 601) comprising: a flexible, impermeable liner (106, 206, 606) comprising a coated substrate and disposed to extend along a trench (102, 202, 602) for enveloping thepipeline (101, 601) deployed therein; and separating means configured to be disposed between the pipeline (101, 601) and the liner (106, 206, 606) for containing the fluid therein; wherein the liner (106, 206, 606) prevents migration of the fluid into the trench (102, 202, 602) and into the natural environment by flowing the fluid laterally within the liner (106, 206, 606), characterized in that the liner (106, 206, 606) defines a containment channel extending along the length of the trench (102, 202, 602), and accommodates a slotted pipe extending along the length of the containment channel for receiving the fluid therein. a flexible, impermeable liner (106, 206, 606) comprising a coated substrate and disposed to extend along a trench (102, 202, 602) for enveloping thepipeline (101, 601) deployed therein; and separating means configured to be disposed between the pipeline (101, 601) and the liner (106, 206, 606) for containing the fluid therein; wherein the liner (106, 206, 606) prevents migration of the fluid into the trench (102, 202, 602) and into the natural environment by flowing the fluid laterally within the liner (106, 206, 606), characterized in that the liner (106, 206, 606) defines a containment channel extending along the length of the trench (102, 202, 602), and accommodates a slotted pipe extending along the length of the containment channel for receiving the fluid therein.
A resin-metal composite member for a tire, the member comprising: a metal member; an adhesive layer covering the outer circumference of the metal member and a covering resin layer in this order, the member being characterized in that: the adhesive layer includes a continuous phase containing a polyester-based thermoplastic elastomer having a polar functional group, and a discontinuous phase containing a styrene-based elastomer, and a ratio of the continuous phase with respect to an entirety of the adhesive layer is from 60% by mass to 93% by mass. the adhesive layer includes a continuous phase containing a polyester-based thermoplastic elastomer having a polar functional group, and a discontinuous phase containing a styrene-based elastomer, and a ratio of the continuous phase with respect to an entirety of the adhesive layer is from 60% by mass to 93% by mass.
A high-performance road vehicle comprising: a plurality of replaceable or removable components; a control unit, which controls the operation of the road vehicle; at least one electronic identification device, which is fitted on a corresponding component, comprises a memory designed to contain at least one univocal identifying code of the component and comprises a first transmission organ, which is designed to send the data contained in the memory; and a second transmission organ, which is designed to communicate with the first transmission organ and is connected to the control unit so as to allow the control unit to interact with the electronic identification device; the road vehicle being characterized in that: the electronic identification devices consist of passive transponders and the transmission organs (16, 18) communicate with each other in radio frequency; the memory of the electronic identification device contains a record of events of the working life of the component; and the control unit is designed to modify, through the second transmission member, the content of the memory of the electronic identification device to update the events of the working life of the component. a plurality of replaceable or removable components; a control unit, which controls the operation of the road vehicle; at least one electronic identification device, which is fitted on a corresponding component, comprises a memory designed to contain at least one univocal identifying code of the component and comprises a first transmission organ, which is designed to send the data contained in the memory; and a second transmission organ, which is designed to communicate with the first transmission organ and is connected to the control unit so as to allow the control unit to interact with the electronic identification device; the road vehicle being characterized in that: the electronic identification devices consist of passive transponders and the transmission organs (16, 18) communicate with each other in radio frequency; the memory of the electronic identification device contains a record of events of the working life of the component; and the control unit is designed to modify, through the second transmission member, the content of the memory of the electronic identification device to update the events of the working life of the component. the electronic identification devices consist of passive transponders and the transmission organs (16, 18) communicate with each other in radio frequency; the memory of the electronic identification device contains a record of events of the working life of the component; and the control unit is designed to modify, through the second transmission member, the content of the memory of the electronic identification device to update the events of the working life of the component.
A method for overspeed monitoring of a wind turbine, the method comprising: monitoring, with a control device, an actual rotor speed of the wind turbine while the wind turbine is operating at a current speed setpoint; referencing, with the control device, a dynamic overspeed setting for the wind turbine; determining, with the control device, a final overspeed setting to be applied for the wind turbine based on a comparison between the dynamic overspeed setting and a predetermined overspeed setting for the wind turbine, wherein determining the final overspeed setting for the wind turbine comprises selecting the final overspeed setting as a minimum of the dynamic overspeed setting and the predetermined overspeed setting; comparing, with the control device, the actual rotor speed of the wind turbine to the final overspeed setting; and when the actual rotor speed is equal to or exceeds the final overspeed setting, initiating, with the control device, a control action to adjust an operation of the wind turbine in a manner that reduces the actual rotor speed. monitoring, with a control device, an actual rotor speed of the wind turbine while the wind turbine is operating at a current speed setpoint; referencing, with the control device, a dynamic overspeed setting for the wind turbine; determining, with the control device, a final overspeed setting to be applied for the wind turbine based on a comparison between the dynamic overspeed setting and a predetermined overspeed setting for the wind turbine, wherein determining the final overspeed setting for the wind turbine comprises selecting the final overspeed setting as a minimum of the dynamic overspeed setting and the predetermined overspeed setting; comparing, with the control device, the actual rotor speed of the wind turbine to the final overspeed setting; and when the actual rotor speed is equal to or exceeds the final overspeed setting, initiating, with the control device, a control action to adjust an operation of the wind turbine in a manner that reduces the actual rotor speed.
Device for reducing pollutants in flue gases which are fed from a combustion chamber into a tube having a central tube axis, wherein platelets are arranged inside the tube at an angle to the central tube axis, the platelets having a fan shape in the case of a circular tube cross-section and a shape adapted to the cross-section in the case of a polygonal shape of the tube cross-section, wherein the adapted shape enables contact between the platelets and the wall of the tube, wherein the platelets cover a tube section at an angle of less than 180°, wherein the inclination of the platelets with respect to a plane perpendicular to a central tube axis is between 0° and 50°, preferably between 25° and 35°, and wherein the platelets are flat.
Electro-optical blocking device, characterised in that it comprises an assembly of at least two superposed optical cells comprising: - at least one light absorption cell consisting of a layer of a mixture of liquid crystal host material and at least one dichroic guest material, and - at least one light diffusion cell consisting of a layer of cholesteric liquid crystal material having a focal conic molecular orientation phase. - at least one light absorption cell consisting of a layer of a mixture of liquid crystal host material and at least one dichroic guest material, and - at least one light diffusion cell consisting of a layer of cholesteric liquid crystal material having a focal conic molecular orientation phase.
A fuel nozzle comprising: a forward face; an aft face downstream from said forward face; a plurality of mixing tubes extending between said forward face and said aft face, wherein at least one of said plurality of mixing tubes comprises a sidewall that includes an injection opening defined therethrough; an outer sleeve positioned radially outward of said plurality of mixing tubes; and a baffle plate between said forward face and said aft face, wherein said baffle plate is oriented to channel fuel between said plurality of mixing tubes and between said baffle plate and said aft face prior to the fuel being channeled through the injection opening; characterized by: a heat shield positioned radially inward of said outer sleeve and extending along an inner surface of said outer sleeve. a forward face; an aft face downstream from said forward face; a plurality of mixing tubes extending between said forward face and said aft face, wherein at least one of said plurality of mixing tubes comprises a sidewall that includes an injection opening defined therethrough; an outer sleeve positioned radially outward of said plurality of mixing tubes; and a baffle plate between said forward face and said aft face, wherein said baffle plate is oriented to channel fuel between said plurality of mixing tubes and between said baffle plate and said aft face prior to the fuel being channeled through the injection opening; characterized by: a heat shield positioned radially inward of said outer sleeve and extending along an inner surface of said outer sleeve.
Optical system for sensing radiation from a selectable sub-wavelength range, comprising a. a sensor for detecting radiation in a wavelength range containing the sub-wavelength range; b. a first aperture which defines a first beam path to the sensor and a first optical axis; c. and a second aperture which defines a second beam path to the sensor and a second optical axis; d. a deflecting device (IRF, ST, DST) for selectively deflecting, in dependence upon the wavelength, radiation entering through the first aperture, wherein the deflecting device (IRF, ST, DST) is formed by a dichroic beam splitter and only radiation from the sub-wavelength range can impinge upon the sensor; e. a closing device for closing the second aperture in a lightproof manner such that either radiation entering only through the first aperture or radiation entering through the first and second apertures (A1, A2) impinges upon the sensor. a. a sensor for detecting radiation in a wavelength range containing the sub-wavelength range; b. a first aperture which defines a first beam path to the sensor and a first optical axis; c. and a second aperture which defines a second beam path to the sensor and a second optical axis; d. a deflecting device (IRF, ST, DST) for selectively deflecting, in dependence upon the wavelength, radiation entering through the first aperture, wherein the deflecting device (IRF, ST, DST) is formed by a dichroic beam splitter and only radiation from the sub-wavelength range can impinge upon the sensor; e. a closing device for closing the second aperture in a lightproof manner such that either radiation entering only through the first aperture or radiation entering through the first and second apertures (A1, A2) impinges upon the sensor.