mhurhangee/patent-ind-claim-en huggingface dataset:
Distributor device for liquids containing solids, comprising - a distribution chamber having an inlet port opening into a chamber interior of the distribution chamber, the distribution chamber having a first end wall with a plurality of connection ports (60a, b, 65a,b) and a first side wall arranged laterally to the end wall, - a first perforated knife disc having a plurality of outlet ports connecting the chamber interior to the plurality of connecting ports, - a blade drive shaft, which is rotatably mounted around a drive shaft axis, - a rotor coupled to the blade drive shaft for transmitting torque about the blade drive shaft, - a first cutting blade connected to the rotor and having at least one cutting edge which is attached to the first perforated knife disc and is movable by means of the rotor relative to the perforated knife disc, - a clamping device which is designed to effect a contact pressure between the first cutting blade and the first perforated knife disc, and which is preferably detachably connected to the rotor, - where - the distributor device comprises a connecting part connecting the rotor and the blade drive shaft, said connecting part being detachably connected to the rotor and/or to the blade drive shaft, wherein a movement of the rotor is guided by the connecting part relative to the first perforated knife disc, - the distributor chamber has at least one closable opening, which is located in the first side wall, characterized in that the opening is at least as large such that the rotor can be removed from the distributor chamber through the opening. - a distribution chamber having an inlet port opening into a chamber interior of the distribution chamber, the distribution chamber having a first end wall with a plurality of connection ports (60a, b, 65a,b) and a first side wall arranged laterally to the end wall, - a first perforated knife disc having a plurality of outlet ports connecting the chamber interior to the plurality of connecting ports, - a blade drive shaft, which is rotatably mounted around a drive shaft axis, - a rotor coupled to the blade drive shaft for transmitting torque about the blade drive shaft, - a first cutting blade connected to the rotor and having at least one cutting edge which is attached to the first perforated knife disc and is movable by means of the rotor relative to the perforated knife disc, - a clamping device which is designed to effect a contact pressure between the first cutting blade and the first perforated knife disc, and which is preferably detachably connected to the rotor, - where - the distributor device comprises a connecting part connecting the rotor and the blade drive shaft, said connecting part being detachably connected to the rotor and/or to the blade drive shaft, wherein a movement of the rotor is guided by the connecting part relative to the first perforated knife disc, - the distributor chamber has at least one closable opening, which is located in the first side wall,
A radome for a radar antenna , the radome including in a use position of the antenna: a barrier , the barrier being arranged so that signals may pass through an electromagnetically transmissive window portion of the barrier to the antenna, at least one wiper arranged in contact with an external surface of the barrier, and an actuator means for wiping the external surface of the barrier with the at least one wiper to remove water from the window portion; wherein the barrier defines at least a first said electromagnetically transmissive window portion and a second said electromagnetically transmissive window portion ; and characterised in that the actuator means is arranged to move the barrier relative to the antenna and the at least one wiper between a first position in which signals may pass through the first window portion of the barrier to the antenna, and a second position in which signals may pass through the second window portion of the barrier to the antenna; the at least one wiper being arranged to wipe the external surface of the barrier as the barrier moves relative to the antenna and the at least one wiper between the first and second positions. a barrier , the barrier being arranged so that signals may pass through an electromagnetically transmissive window portion of the barrier to the antenna, at least one wiper arranged in contact with an external surface of the barrier, and an actuator means for wiping the external surface of the barrier with the at least one wiper to remove water from the window portion; wherein the barrier defines at least a first said electromagnetically transmissive window portion and a second said electromagnetically transmissive window portion ; and characterised in that the actuator means is arranged to move the barrier relative to the antenna and the at least one wiper between a first position in which signals may pass through the first window portion of the barrier to the antenna, and a second position in which signals may pass through the second window portion of the barrier to the antenna; the at least one wiper being arranged to wipe the external surface of the barrier as the barrier moves relative to the antenna and the at least one wiper between the first and second positions.
A method for casting a melt by means of a melt container in which a melt receiving space is formed, wherein the melt container has a spout in the form of a lance located on the bottom on the melt container , wherein the method comprises the following method steps: - filling the melt container with melt , wherein the melt is introduced into the melt receiving space of the melt container out of a crucible by means of a spout orifice of the lance ; - casting at least one cast workpiece with melt from the melt container , wherein the melt received in the melt receiving space is introduced into a mold via the spout orifice of the lance ; - filling the melt container with melt again, characterized in that during the filling of the melt container with melt , so much more melt is received in the melt receiving space than is required for casting the cast workpiece, that directly before the renewed filling of the melt container , a remainder of melt , which has an oxide skin formed at the melt surface , is present in the melt receiving space of the melt container , wherein the level of the melt surface of the melt remaining in the melt receiving space lies above the lance inside the melt receiving space . - filling the melt container with melt , wherein the melt is introduced into the melt receiving space of the melt container out of a crucible by means of a spout orifice of the lance ; - casting at least one cast workpiece with melt from the melt container , wherein the melt received in the melt receiving space is introduced into a mold via the spout orifice of the lance ; - filling the melt container with melt again,
A method for operating a wind turbine farm comprising a plurality of wind turbines arranged together in a wind turbine farm area; each wind turbine comprising a tower, a generator system for generating electric power and a rotor provided with a number of rotor blades on a rotor axis coupled to the electric generator for driving the generator, the rotor being arranged on the tower; the method comprising: - providing a wind turbine farm control for controlling operational parameters for each of the wind turbines; - providing a measurement or a prediction of a vertical wind shear profile located above a level of the rotors of the wind turbines; - based on a value of the measured or predicted vertical wind shear profile determining an adjustment of one or more operational parameters for each of the wind turbines such that a yield of electric power of the wind turbine farm is optimized with respect to the measured or predicted vertical wind shear profile, and adapting the operational parameters of the one or more wind turbines according to the adjustment. the method comprising: - providing a wind turbine farm control for controlling operational parameters for each of the wind turbines; - providing a measurement or a prediction of a vertical wind shear profile located above a level of the rotors of the wind turbines; - based on a value of the measured or predicted vertical wind shear profile determining an adjustment of one or more operational parameters for each of the wind turbines such that a yield of electric power of the wind turbine farm is optimized with respect to the measured or predicted vertical wind shear profile, and - providing a wind turbine farm control for controlling operational parameters for each of the wind turbines; - providing a measurement or a prediction of a vertical wind shear profile located above a level of the rotors of the wind turbines; - based on a value of the measured or predicted vertical wind shear profile determining an adjustment of one or more operational parameters for each of the wind turbines such that a yield of electric power of the wind turbine farm is optimized with respect to the measured or predicted vertical wind shear profile, and adapting the operational parameters of the one or more wind turbines according to the adjustment.
A method of producing at least one alkane, the method comprising, - producing at least one carboxylic acid from a carbon source using at least one microorganism, and - performing Kolbe electrolysis on the carboxylic acid to produce the alkane, wherein the alkane comprises at least 6 carbon atoms and the carboxylic acid comprises at least 4 carbon atoms, wherein the carbon source is selected from the group consisting of ethanol in combination with at least one other carbon source selected from the group consisting of acetate, propionate, butyrate, isobutyrate, valerate and hexanoate and wherein the microorganism is selected from the group consisting of Clostridium kluyveri and C. carboxidivorans. - producing at least one carboxylic acid from a carbon source using at least one microorganism, and - performing Kolbe electrolysis on the carboxylic acid to produce the alkane,
A single photon communication method, which is applicable to a transmitting terminal of an optical communication system , the method comprising: saving, by an information loading device in the transmitting terminal, a relationship between information and modulation frequency; receiving, by the information loading device , to-be-sent target information; coding, by the information loading device , the to-be-sent target information as a target modulation frequency according to the relationship between information and modulation frequency; and periodically modulating, by the information loading device , a quantum state of communication light generated by a light source according to the target modulation frequency so that the transmitting terminal sends out target communication light modulated according to the target modulation frequency, wherein, before saving the relationship between information and modulation frequency, establishing, by the information loading device , a total available modulation bandwidth and a channel spacing of the modulation frequency according to a channel, the optical communication system and user demands; dividing, by the information loading device , the total available modulation bandwidth into a plurality of sub-bands; and determining, by the information loading device , the relationship between information and modulation frequency respectively in each of the plurality of sub-bands according to the channel spacing. saving, by an information loading device in the transmitting terminal, a relationship between information and modulation frequency; receiving, by the information loading device , to-be-sent target information; coding, by the information loading device , the to-be-sent target information as a target modulation frequency according to the relationship between information and modulation frequency; and periodically modulating, by the information loading device , a quantum state of communication light generated by a light source according to the target modulation frequency so that the transmitting terminal sends out target communication light modulated according to the target modulation frequency, wherein, before saving the relationship between information and modulation frequency, establishing, by the information loading device , a total available modulation bandwidth and a channel spacing of the modulation frequency according to a channel, the optical communication system and user demands; dividing, by the information loading device , the total available modulation bandwidth into a plurality of sub-bands; and determining, by the information loading device , the relationship between information and modulation frequency respectively in each of the plurality of sub-bands according to the channel spacing.
A method of controlling a stepper motor with a camera for capturing images and a sensor coupled to a rotor of the stepper motor , the method comprising: driving the stepper motor towards an index position of the camera ; stopping the stepper motor on the index position with minimal ringing in terms of either or both of time and amplitude, characterised in that the ringing is counteracted by determining optimum timing characteristics of one or more subsequent step pulses by performing a real-time calculation based on sensor data that includes temperature data of an environment in which the stepper motor is operating; and issuing the one or more determined subsequent pulses. driving the stepper motor towards an index position of the camera ; stopping the stepper motor on the index position with minimal ringing in terms of either or both of time and amplitude, characterised in that the ringing is counteracted by determining optimum timing characteristics of one or more subsequent step pulses by performing a real-time calculation based on sensor data that includes temperature data of an environment in which the stepper motor is operating; and issuing the one or more determined subsequent pulses.
Shaft antenna system for mobile communication, comprising the following features: - a support frame with an upper frame side and a lower frame side , and an insertion opening located at the level of the upper frame side and to which a receiving space is adjoined, - a cover plate , which closes the insertion opening and the receiving space of the support frame , the cover plate being supported at least indirectly on the support frame in the edge region thereof, characterised in that - at least one broadband antenna is provided for the transmission of voice, video and broadband services, - an antenna housing is provided, into which at least one broadband antenna is introduced, - the cover plate comprises a central region , the downwardly pointing surface thereof accounting for at least 60% of the entire downwardly pointing inner surface of the cover plate , the central region being arranged without contact above the adjacent upper side of the antenna housing relative thereto, - the antenna housing is arranged in the receiving space and the inner side of the cover plate covers an upper side of the antenna housing , - the antenna housing comprises at least one support apparatus , by means of which the antenna housing is retained within the support frame ; - in longitudinal section, at least in the central region the underside of the cover plate has an indentation or a concave shape, such that the central region is arranged without contact above the adjacent upper side of the antenna housing . - a support frame with an upper frame side and a lower frame side , and an insertion opening located at the level of the upper frame side and to which a receiving space is adjoined, - a cover plate , which closes the insertion opening and the receiving space of the support frame , the cover plate being supported at least indirectly on the support frame in the edge region thereof, - at least one broadband antenna is provided for the transmission of voice, video and broadband services, - an antenna housing is provided, into which at least one broadband antenna is introduced, - the cover plate comprises a central region , the downwardly pointing surface thereof accounting for at least 60% of the entire downwardly pointing inner surface of the cover plate , the central region being arranged without contact above the adjacent upper side of the antenna housing relative thereto, - the antenna housing is arranged in the receiving space and the inner side of the cover plate covers an upper side of the antenna housing , - the antenna housing comprises at least one support apparatus , by means of which the antenna housing is retained within the support frame ; - in longitudinal section, at least in the central region the underside of the cover plate has an indentation or a concave shape, such that the central region is arranged without contact above the adjacent upper side of the antenna housing .
A device for routing datagrams between customer equipments, CEs, and a pool of broadband network gateways, BNGs, , the device comprising a processor configured to: trigger establishing first connections between the device and each of the CEs ; trigger establishing second connections between the device and each BNG in the pool of BNGs ; map each of the first connections to one of the second connections , the mapping specifying the routing of the datagrams; receive or estimate a capacity for at least one of the BNGs in the pool and the second connections ; and maintain information as to the capacity for the at least one of the BNGs in the pool and the second connections , wherein the mapping of the first connections to the second connections depends on at least one of an availability of at the least one of the BNGs in the pool and the capacity. trigger establishing first connections between the device and each of the CEs ; trigger establishing second connections between the device and each BNG in the pool of BNGs ; map each of the first connections to one of the second connections , the mapping specifying the routing of the datagrams; receive or estimate a capacity for at least one of the BNGs in the pool and the second connections ; and maintain information as to the capacity for the at least one of the BNGs in the pool and the second connections , wherein the mapping of the first connections to the second connections depends on at least one of an availability of at the least one of the BNGs in the pool and the capacity.
A multi-lumen sensing system comprising: medical tubing including a plurality of lumens and at least one secondary passageway extending in an axial direction of the medical tubing , wherein the plurality of lumens extend parallel to one another and parallel to the secondary passageway , and wherein the secondary passageway is between the plurality of lumens ; and a sensing receptacle defining a passage in which a lengthwise portion of the medical tubing is received, wherein the sensing receptacle includes a plurality of transmitting and receiving elements each transmitting a respective ultrasonic signal across a corresponding one of the plurality of lumens and receiving the respective ultrasonic signal after reflection of the respective ultrasonic signal at an interface of the at least one secondary passageway and passage of the reflected ultrasonic signal through the corresponding one of the plurality of lumens . medical tubing including a plurality of lumens and at least one secondary passageway extending in an axial direction of the medical tubing , wherein the plurality of lumens extend parallel to one another and parallel to the secondary passageway , and wherein the secondary passageway is between the plurality of lumens ; and a sensing receptacle defining a passage in which a lengthwise portion of the medical tubing is received, wherein the sensing receptacle includes a plurality of transmitting and receiving elements each transmitting a respective ultrasonic signal across a corresponding one of the plurality of lumens and receiving the respective ultrasonic signal after reflection of the respective ultrasonic signal at an interface of the at least one secondary passageway and passage of the reflected ultrasonic signal through the corresponding one of the plurality of lumens .
A lens module for imaging devices, comprising: a lens ; a spacer ; and a substrate equipped with a photodetector , the lens comprising: a functioning portion that functions as a lens ; a non-functioning portion that is disposed around the periphery of the functioning portion and is integral with the functioning portion ; and a support that is integral with the non-functioning portion and supports the lens , the spacer being disposed on the substrate around the photodetector , the spacer having a flat top face , the support of the lens having a flat bottom face , and the spacer being bonded at the top face to the bottom face of the support of the lens to support the lens , and the top face of the spacer having a width (B) greater than a width (A) of the bottom face of the support , characterized in that the lens has a height L1 as a dimension from the bottom face of the support to a lowermost end of the non-functioning portion , the spacer has a height L2, and the functioning portion has a diameter D, where the total of L1 and L2 is greater than D, and where D is equal to or greater than L1, the spacer has a tapered space in its central region, and the tapered space has such a shape that the top of the space is opened vertically. a lens ; a spacer ; and a substrate equipped with a photodetector , the lens comprising: a functioning portion that functions as a lens ; a non-functioning portion that is disposed around the periphery of the functioning portion and is integral with the functioning portion ; and a support that is integral with the non-functioning portion and supports the lens , a functioning portion that functions as a lens ; a non-functioning portion that is disposed around the periphery of the functioning portion and is integral with the functioning portion ; and a support that is integral with the non-functioning portion and supports the lens , the spacer being disposed on the substrate around the photodetector , the spacer having a flat top face , the support of the lens having a flat bottom face , and the spacer being bonded at the top face to the bottom face of the support of the lens to support the lens , and the top face of the spacer having a width (B) greater than a width (A) of the bottom face of the support , characterized in that the lens has a height L1 as a dimension from the bottom face of the support to a lowermost end of the non-functioning portion , the spacer has a height L2, and the functioning portion has a diameter D, where the total of L1 and L2 is greater than D, and where D is equal to or greater than L1, the spacer has a tapered space in its central region, and the tapered space has such a shape that the top of the space is opened vertically.