mhurhangee/patent-ind-claim-en huggingface dataset:
Method for additive manufacturing of components by locally solidifying a layer of a structural material on a current processing surface of a component undergoing the manufacturing process by means of processing with radiation, wherein a processing beam is focused onto a processing zone in the layer of the structural material by means of a processing optical unit , a movement device is used to effect a relative movement between radiation emerging from the processing optical unit and the current processing surface of the component, such that the processing zone is guided along a predetermined trajectory over the current processing surface of the component, and furthermore at least one input beam serving for processing monitoring is coupled into the processing optical unit, and using the processing optical unit, before the next layer of the structural material is added, output radiation emanating from the layer of the structural material is fed to a detection and evaluation device and is detected and evaluated by the latter, wherein the at least one input beam is temporally modulated laser radiation for generating ultrasound waves, and provision is made of a further input beam for laser-optical measurement of the sound echo, characterized in that each input beam additionally passes a deflection unit assigned to it, such that it is focused onto a measurement zone assigned to it by means of the processing optical unit, said measurement zone being freely positionable relative to the processing zone on the current processing surface of the component in a vicinity of the processing zone.
A biorefining process for co-producing activated carbon along with primary products, said process comprising: converting, using a host plant, a feedstock comprising biomass into one or more primary products and one or more co-products containing carbon; pyrolyzing and activating, using a reactor system, said one or more co-products, thereby generating activated carbon and pyrolysis off-gas; oxidizing, using an oxidation unit, said pyrolysis off-gas, thereby generating CO 2 , H 2 O, and energy, recycling and utilizing at least some of the energy in said host plant; and recycling and utilizing at least some of said CO 2 and/or H 2 O in said reactor system as an activation agent. converting, using a host plant, a feedstock comprising biomass into one or more primary products and one or more co-products containing carbon; pyrolyzing and activating, using a reactor system, said one or more co-products, thereby generating activated carbon and pyrolysis off-gas; oxidizing, using an oxidation unit, said pyrolysis off-gas, thereby generating CO 2 , H 2 O, and energy, recycling and utilizing at least some of the energy in said host plant; and recycling and utilizing at least some of said CO 2 and/or H 2 O in said reactor system as an activation agent.
A plug connector attachable with an optical fiber cable and connectable with a receptacle connector , wherein: the receptacle connector comprises a receptacle shell ; the plug connector comprises a front holder , a cable holding portion , a rear holder and a coupling member ; the front holder is mated with the receptacle shell when the plug connector is connected with the receptacle connector; the cable holding portion is configured to hold the optical fiber cable; the rear holder guards the cable holding portion; the coupling member couples the front holder and the rear holder with each other; and the coupling member is a coupling nut, characterized in that the front holder is made of metal; the cable holding portion is made of metal; the rear holder comprises, at least in part, a thermal insulating portion made of non-metal material; and each of the coupling member and the front holder is in contact with the rear holder only on the thermal insulating portion. the receptacle connector comprises a receptacle shell ; the plug connector comprises a front holder , a cable holding portion , a rear holder and a coupling member ; the front holder is mated with the receptacle shell when the plug connector is connected with the receptacle connector; the cable holding portion is configured to hold the optical fiber cable; the rear holder guards the cable holding portion; the coupling member couples the front holder and the rear holder with each other; and the coupling member is a coupling nut, characterized in that the front holder is made of metal; the cable holding portion is made of metal; the rear holder comprises, at least in part, a thermal insulating portion made of non-metal material; and each of the coupling member and the front holder is in contact with the rear holder only on the thermal insulating portion.
A wind farm comprising a plurality of wind power generators , the plurality of wind power generators each including: a rotor which rotates by receiving at least wind; a yaw angle controller which controls an orientation of a rotational plane of the rotor ; and a mode switching device which switches an operation mode of a wind power generator , wherein the operation mode of the wind power generator located on a windward side of the plurality of wind power generators is changed for each wind direction , wherein the mode switching device has a mode determination unit that is adapted to select the operation mode of the wind power generator on the windward side from three modes including a normal operation mode in which the influence of the slipstream is not considered and a slipstream control mode in which the slipstream does not flow into the wind power generator on the leeward side, characterised in that the mode determination unit is adapted to select, as the third operation mode of the wind power generator on the windward side, a degraded operation mode in which the operation of the wind power generator is degraded to reduce the influence of the slipstream, based on a yaw error information necessitated by the wind power generator on the windward side. a rotor which rotates by receiving at least wind; a yaw angle controller which controls an orientation of a rotational plane of the rotor ; and a mode switching device which switches an operation mode of a wind power generator , wherein the operation mode of the wind power generator located on a windward side of the plurality of wind power generators is changed for each wind direction , wherein the mode switching device has a mode determination unit that is adapted to select the operation mode of the wind power generator on the windward side from three modes including a normal operation mode in which the influence of the slipstream is not considered and a slipstream control mode in which the slipstream does not flow into the wind power generator on the leeward side, characterised in that the mode determination unit is adapted to select, as the third operation mode of the wind power generator on the windward side, a degraded operation mode in which the operation of the wind power generator is degraded to reduce the influence of the slipstream, based on a yaw error information necessitated by the wind power generator on the windward side.
Spectacle lens comprising at least one colouring and/or effect-imparting slice in the interior thereof, the spectacle lens being obtainable by unit-by-unit arrangement of at least one volume element of a printing ink, preferably 3D printing ink, without colourant, and by unit-by-unit arrangement of at least one volume element of a printing ink, preferably 3D printing ink, comprising at least one colourant, the printing ink in each case comprising at least one radiation-curable component, wherein the colouring and/or effect-imparting slice comprises at least one volume element of a printing ink with at least one colourant, the radiation-curable component of the printing ink comprising at least one colourant being selected such that the at least one radiation-curable component is compatible both with the at least one colourant and with the at least one radiation-curable component of the printing ink without colourant, characterized in that the total proportion of colourant in the spectacle lens is within a range from 0.01% by weight to 8.0% by weight, based on the total weight of the spectacle lens, and where the distance of the colouring and/or effect-imparting slice from the front face and reverse face of the spectacle lens, in each case without further coating, is at least 11 μm.
A communications method, comprising: receiving, by a relay node , RN, a broadcast message from a first access network device , wherein the broadcast message comprises a first indication information; obtaining , by the RN , the first indication information, wherein the first indication information indicates that the RN is allowed to access a cell covered by the first access network device , and the broadcast message further comprises second indication information that indicates a terminal is not allowed to access the cell; ignoring, by the RN , the second indication information; initiating , by the RN , random access to the first access network device based on the first indication information; and establishing, by the RN , dual connections in a dual connectivity mode to the first access network device and to a second access network device and sending, by the RN , data from the first access network device and signaling and/or data from the second access network device to the terminal, wherein the RN that accesses the cell covered by the first access network device is configured to provide a data transmission service for the terminal, and the first access network device is a base station whose access standard is the new radio, NR, standard, and the second access network device is a base station whose access standard is the long term evolution, LTE, standard. receiving, by a relay node , RN, a broadcast message from a first access network device , wherein the broadcast message comprises a first indication information; obtaining , by the RN , the first indication information, wherein the first indication information indicates that the RN is allowed to access a cell covered by the first access network device , and the broadcast message further comprises second indication information that indicates a terminal is not allowed to access the cell; ignoring, by the RN , the second indication information; initiating , by the RN , random access to the first access network device based on the first indication information; and establishing, by the RN , dual connections in a dual connectivity mode to the first access network device and to a second access network device and sending, by the RN , data from the first access network device and signaling and/or data from the second access network device to the terminal, wherein the RN that accesses the cell covered by the first access network device is configured to provide a data transmission service for the terminal, and the first access network device is a base station whose access standard is the new radio, NR, standard, and the second access network device is a base station whose access standard is the long term evolution, LTE, standard.
A mobile terminal comprising: a first frame ; a second frame configured to move with respect to the first frame in a first direction and a second direction opposite to the first direction, wherein the second frame comprises a side portion positioned at an end thereof facing in a third direction perpendicular to the first direction and a slide rail formed on the side portion ; a slide frame configured to move with respect to the second frame in the first direction and the second direction; a flexible display comprising a first region coupled to the first frame , a second region coupled to the slide frame , and a third region disposed between the first region and the second region , wherein the third region is bent to curve around the second frame ; a rolling plate attached to a rear side of the flexible display , wherein the rolling plate comprises: a plurality of support bars arranged side by side in the first direction, and wherein each of the plurality of support bars are extending in the third direction; a rolling sheet having one surface coupled to the flexible display and an opposite surface coupled to the plurality of support bars ; and a slide hook protruding from an end of each of the plurality of support bars and inserted into the slide rail to move along the slide rail . a first frame ; a second frame configured to move with respect to the first frame in a first direction and a second direction opposite to the first direction, wherein the second frame comprises a side portion positioned at an end thereof facing in a third direction perpendicular to the first direction and a slide rail formed on the side portion ; a slide frame configured to move with respect to the second frame in the first direction and the second direction; a flexible display comprising a first region coupled to the first frame , a second region coupled to the slide frame , and a third region disposed between the first region and the second region , wherein the third region is bent to curve around the second frame ; a rolling plate attached to a rear side of the flexible display , wherein the rolling plate comprises: a plurality of support bars arranged side by side in the first direction, and wherein each of the plurality of support bars are extending in the third direction; a rolling sheet having one surface coupled to the flexible display and an opposite surface coupled to the plurality of support bars ; and a slide hook protruding from an end of each of the plurality of support bars and inserted into the slide rail to move along the slide rail . a plurality of support bars arranged side by side in the first direction, and wherein each of the plurality of support bars are extending in the third direction; a rolling sheet having one surface coupled to the flexible display and an opposite surface coupled to the plurality of support bars ; and a slide hook protruding from an end of each of the plurality of support bars and inserted into the slide rail to move along the slide rail .
A Spinner for a rotor hub of a wind turbine with a central shaft opening and three rotor blade openings (32a, b, c) for rotor blade connections uniformly distributed over the circumference of the spinner, wherein the shaft opening has a circular shape, the centre of which lies on an axis of rotation of the spinner, and between two rotor blade openings (32a, b, c) a convex section projects, in which the distance to the axis of rotation is greater than in the region of the rotor blade openings (32a, b, c), wherein the convex sections at the shaft opening form a generally circular cross-section and a front section is provided which has a circular shape and the centre of which lies on the axis of rotation, the convex sections at the front section forming a circular cross-section, the distance between the inside of the convex section and the axis of rotation increasing from the shaft opening and decreasing towards the front section after a maximum value has been reached, characterized in that - the convex section has a disappearing height on the side of the spinner facing the shaft opening and also has a disappearing height in the region of the front section , and - in addition, in the circumferential direction of the spinner, a flat tread and standing surface is provided on an inside of the convex section for a service technician, on which a service technician can carry out work on the rotor hub in various standing positions. - the convex section has a disappearing height on the side of the spinner facing the shaft opening and also has a disappearing height in the region of the front section , and - in addition, in the circumferential direction of the spinner, a flat tread and standing surface is provided on an inside of the convex section for a service technician, on which a service technician can carry out work on the rotor hub in various standing positions.
Piezoelectric actuator comprising: - a piezoactive element intended to produce vibrations, and - an oblong metallic structure comprising a major axis and a minor axis extending at right angles to one another and surrounding the piezoactive element which is arranged on the major axis of the metallic structure , the said metallic structure being configured to preload the piezoactive element and to amplify, along the minor axis of the metallic structure , the vibrations produced by the piezoactive element , characterized in that the oblong metallic structure being a pre-cut and bent metal sheet and one in which the ends (11a and 11b) of the metallic sheet are assembled by electric welding in order to obtain the oblong metallic structure. - a piezoactive element intended to produce vibrations, and - an oblong metallic structure comprising a major axis and a minor axis extending at right angles to one another and surrounding the piezoactive element which is arranged on the major axis of the metallic structure , the said metallic structure being configured to preload the piezoactive element and to amplify, along the minor axis of the metallic structure , the vibrations produced by the piezoactive element ,
A recovery system , comprising: a housing ; a parasail comprising a canopy coupled within the housing and fastened by a releasable fastener attached to or comprised within the housing , wherein the parasail is compressed into a compact mass and is configured to rapidly expand; primary ballistics attached to the parasail , wherein the primary ballistics are configured to launch the parasail from the housing ; a guidance system within the housing wherein the guidance system is configured to steer the parasail and guide the recovery system to a landing site ; characterised in that the recovery system further comprises secondary ballistics attached to the parasail , wherein the secondary ballistics are configured to activate after the primary ballistics and to stretch the corners of the parasail . a housing ; a parasail comprising a canopy coupled within the housing and fastened by a releasable fastener attached to or comprised within the housing , wherein the parasail is compressed into a compact mass and is configured to rapidly expand; primary ballistics attached to the parasail , wherein the primary ballistics are configured to launch the parasail from the housing ; a guidance system within the housing wherein the guidance system is configured to steer the parasail and guide the recovery system to a landing site ; characterised in that the recovery system further comprises secondary ballistics attached to the parasail , wherein the secondary ballistics are configured to activate after the primary ballistics and to stretch the corners of the parasail .
Electronic switch for connecting two power supply units of a power supply system , wherein the electronic switch has a semiconductor switch with an actuation circuit and a current sensor for detecting a current flowing through the electronic switch and/or a voltage sensor, wherein the semiconductor switch can carry and disconnect a current in both directions, wherein the actuation circuit is designed to operate the semiconductor switch as a function of oscillations, which are measured by means of the current sensor and/or of the voltage sensor, in an activated state, in a deactivated state or in linear mode, wherein the actuation circuit of the electronic switch is further designed to damp oscillations as a damping resistor by operation of the semiconductor switch in linear mode.
A method for producing a transparent plastic container including a cover portion made of a transparent polyester resin having a visible light transmittance, measured in accordance with JIS R 3212, of above or equal to 70% and a main plastic container body made of a transparent polyester resin having a visible light transmittance, measured according to the same standards, of above or equal to 70%, the method comprising: a process of preparing the cover portion made of the transparent polyester resin and the main plastic container body made of the transparent polyester resin; and a process of irradiating a welding-scheduled portion of the cover portion and the main plastic container body with a long-wavelength laser having a wavelength of 1.2 to 2.5 μm and a power of 6 to 20 W for 6 to 25 seconds to weld the welding-scheduled portion . a process of preparing the cover portion made of the transparent polyester resin and the main plastic container body made of the transparent polyester resin; and a process of irradiating a welding-scheduled portion of the cover portion and the main plastic container body with a long-wavelength laser having a wavelength of 1.2 to 2.5 μm and a power of 6 to 20 W for 6 to 25 seconds to weld the welding-scheduled portion .
A power supply device that is configured to supply power to a power load of a flying body , comprising: power generation means ; a hollow housing including a reserving portion configured to reserve a fuel of the power generation means , and a storage portion configured to store the power generation means ; and a connecting portion configured to connect the housing to an airframe of the flying body , wherein the housing has a cylindrical shape long in a front-and-rear direction of the flying body when the housing is connected to the airframe , and is configured to be arranged outside the airframe, and the reserving portion and the storage portion are configured to be arranged in the housing along the front-and-rear direction of the flying body when the housing is connected to the airframe , characterized in that the housing includes a distal end portion having a tapered shape whose diameter is reduced toward a front side in the front-and-rear direction of the flying body when the housing is connected to the airframe , and that the power generation means includes a gas turbine engine ; a power generator configured to generate the power by an output of the gas turbine engine , and rotating shafts of the gas turbine engine and the power generator are arranged on the same axis as a center axis of the housing . power generation means ; a hollow housing including a reserving portion configured to reserve a fuel of the power generation means , and a storage portion configured to store the power generation means ; and a connecting portion configured to connect the housing to an airframe of the flying body , wherein the housing has a cylindrical shape long in a front-and-rear direction of the flying body when the housing is connected to the airframe , and is configured to be arranged outside the airframe, and the reserving portion and the storage portion are configured to be arranged in the housing along the front-and-rear direction of the flying body when the housing is connected to the airframe , characterized in that the housing includes a distal end portion having a tapered shape whose diameter is reduced toward a front side in the front-and-rear direction of the flying body when the housing is connected to the airframe , and that the power generation means includes a gas turbine engine ; a power generator configured to generate the power by an output of the gas turbine engine , and rotating shafts of the gas turbine engine and the power generator are arranged on the same axis as a center axis of the housing .