mhurhangee/ep-ind-claims huggingface dataset:
A spoiler for an aircraft, the spoiler being formed by a panel structure which comprises: an area member that defines an areal expanse with a first surface and an opposite second surface and having a thickness between the first and second surfaces (3, 4); and a plurality of elongate stiffener members which are attached to the area member and extend over at least one of the first and second surfaces (3, 4), at least some of the stiffener members being branched or bifurcated at a branch point into at least two branch stiffener members; wherein said spoiler is characterized by: a plurality of intercostal stiffening members intersecting the elongate stiffener members (6, 6') to define a plurality of panel bays. an area member that defines an areal expanse with a first surface and an opposite second surface and having a thickness between the first and second surfaces (3, 4); and a plurality of elongate stiffener members which are attached to the area member and extend over at least one of the first and second surfaces (3, 4), at least some of the stiffener members being branched or bifurcated at a branch point into at least two branch stiffener members; wherein said spoiler is characterized by: a plurality of intercostal stiffening members intersecting the elongate stiffener members (6, 6') to define a plurality of panel bays.
Use of a product sensor as a freeze dryer product sensor by means of which it is possible to measure a product parameter of a drying good during a freeze drying process in a freeze dryer, the freeze dryer product sensor comprising a) a sensor which generates a measurement signal for a product parameter and b) a RFID-unit comprising a storage wherein it is possible to store at least one parameter being specific the freeze dryer product sensor wherein c) the freeze dryer product sensor comprises an antenna unit which is both coupled to the sensor as well as to the RFID-unit and which can be used ca) for a wireless supply of power to the sensor, a wireless excitation of the sensor and/or a wireless transmission of the measurement signal of the sensor and cb) a wireless transmission of the parameter being specific for the freeze dryer product sensor which is stored in the RFID-unit, in particular also for a wireless supply of power to the RFID-unit and/or a wireless excitation of the RFID-unit, d) the sensor comprising an oscillating circuit with a quartz having a resonance frequency which is dependent on the temperature and the specific parameter being a calibration curve which models a dependency of the temperature dependent resonance frequency of the sensor from the temperature. a) a sensor which generates a measurement signal for a product parameter and b) a RFID-unit comprising a storage wherein it is possible to store at least one parameter being specific the freeze dryer product sensor wherein c) the freeze dryer product sensor comprises an antenna unit which is both coupled to the sensor as well as to the RFID-unit and which can be used ca) for a wireless supply of power to the sensor, a wireless excitation of the sensor and/or a wireless transmission of the measurement signal of the sensor and cb) a wireless transmission of the parameter being specific for the freeze dryer product sensor which is stored in the RFID-unit, in particular also for a wireless supply of power to the RFID-unit and/or a wireless excitation of the RFID-unit, ca) for a wireless supply of power to the sensor, a wireless excitation of the sensor and/or a wireless transmission of the measurement signal of the sensor and cb) a wireless transmission of the parameter being specific for the freeze dryer product sensor which is stored in the RFID-unit, in particular also for a wireless supply of power to the RFID-unit and/or a wireless excitation of the RFID-unit, d) the sensor comprising an oscillating circuit with a quartz having a resonance frequency which is dependent on the temperature and the specific parameter being a calibration curve which models a dependency of the temperature dependent resonance frequency of the sensor from the temperature.
A method for reading machine-readable labels disposed on receptacles (160, 162, 164) carried on a receptacle rack, reading machine-readable labels disposed on the rack, and writing data relating to the receptacles and the positions of the receptacles to a memory element, said method comprising: (a) placing a rack holding at least one receptacle having a machine-readable label disposed thereon in a rack-receiving location in a sample testing instrument, wherein the rack comprises a cover configured to be removably secured to the rack so as to cover each of the at least one receptacle(s) held within the rack; (b) during or after performing step (a), using a label reading device to read the machine-readable label of each receptacle to obtain receptacle data for each receptacle; (c) during or after performing step (a), using the label reading device to read receptacle position-identifying labels disposed on the rack to obtain receptacle position data for each receptacle; (d) using a data writing device to write the receptacle data and the corresponding receptacle position data for each receptacle to the memory element, wherein the memory element is disposed on the rack; and (e) determining if the cover disposed over the at least one receptacle(s) held within the rack during or prior to step (d) has been removed after step (d). (a) placing a rack holding at least one receptacle having a machine-readable label disposed thereon in a rack-receiving location in a sample testing instrument, wherein the rack comprises a cover configured to be removably secured to the rack so as to cover each of the at least one receptacle(s) held within the rack; (b) during or after performing step (a), using a label reading device to read the machine-readable label of each receptacle to obtain receptacle data for each receptacle; (c) during or after performing step (a), using the label reading device to read receptacle position-identifying labels disposed on the rack to obtain receptacle position data for each receptacle; (d) using a data writing device to write the receptacle data and the corresponding receptacle position data for each receptacle to the memory element, wherein the memory element is disposed on the rack; and (e) determining if the cover disposed over the at least one receptacle(s) held within the rack during or prior to step (d) has been removed after step (d).
A vehicle cooling system, comprising: a fan; a first heat exchanger; a second heat exchanger positioned between a top portion of the fan and a top portion of the first heat exchanger; and a third heat exchanger positioned between a bottom portion of the fan and a bottom portion of the first heat exchanger, characterized in that, the first heat exchanger is spaced apart from and in front of the fan the first heat exchanger comprises a radiator; the second heat exchanger comprises a charge air cooler; and the third heat exchanger comprises a hydraulic oil cooler, and left and right support arms (54, 56) extend diagonally upwardly and rearwardly from a front end of a bottom cooler frame to a rear end of an upper cooler frame. a fan; a first heat exchanger; a second heat exchanger positioned between a top portion of the fan and a top portion of the first heat exchanger; and a third heat exchanger positioned between a bottom portion of the fan and a bottom portion of the first heat exchanger, characterized in that, the first heat exchanger is spaced apart from and in front of the fan the first heat exchanger comprises a radiator; the second heat exchanger comprises a charge air cooler; and the third heat exchanger comprises a hydraulic oil cooler, and left and right support arms (54, 56) extend diagonally upwardly and rearwardly from a front end of a bottom cooler frame to a rear end of an upper cooler frame.
A system comprising: an operative portion for performing a safety critical operation in response to a control command received via transmission means from a command portion remote from the operative portion, the command portion being for controlling performance of the safety critical operation, characterised in that the control command comprises a plurality of decrypt keys or keywords generated in a high integrity control command generation part of the command portion which are outputted only in response to a correct command from an operator, and the operative portion comprises a plurality of high integrity key safe switches (40, 42) which operate to compare respective keywords received from the command portion, or generated by the operative portion on receipt of the decrypt keys, via the transmission means (36, 38), the performance of the safety critical operation being effected only in the event of a correct comparison by the key safe switches (40, 42) of their respective keywords.
A pharmaceutical composition comprising a crystalline form of 5-azacytidine together with a pharmaceutically acceptable excipient, diluent, or carrier; wherein the crystalline form of 5-azacytidine is obtainable by a method comprising the steps of recrystallizing 5-azacytidine from a solvent mixture comprising dimethylsulfoxide and at least one co-solvent selected from the group consisting of ethanol, 2-propanol (isopropyl alcohol), acetonitrile and methylethyl ketone, by cooling said solvent mixture from a temperature selected to allow said 5-azacytidine to dissolve completely to ambient temperature; and isolating the recrystallized 5-azacytidine. recrystallizing 5-azacytidine from a solvent mixture comprising dimethylsulfoxide and at least one co-solvent selected from the group consisting of ethanol, 2-propanol (isopropyl alcohol), acetonitrile and methylethyl ketone, by cooling said solvent mixture from a temperature selected to allow said 5-azacytidine to dissolve completely to ambient temperature; and isolating the recrystallized 5-azacytidine.
A modular screw, wherein the screw comprises, in an axial direction, the following elements: a screw head, a shank having a first functional portion in which a clamping disk is arranged, so that the first functional portion forms a prestressing portion, a second functional portion, a third functional portion for distributing a prestressing force, and a fourth functional portion having an external thread, characterized in that a washer is arranged in the third functional portion, being rotatably supported about a longitudinal axis of the screw, and that the washer is fixed in an approximately stationary manner in the axial direction by abutting the second and fourth functional portions (6, 8). a screw head, a shank having a first functional portion in which a clamping disk is arranged, so that the first functional portion forms a prestressing portion, a second functional portion, a third functional portion for distributing a prestressing force, and a fourth functional portion having an external thread, characterized in that a washer is arranged in the third functional portion, being rotatably supported about a longitudinal axis of the screw, and that the washer is fixed in an approximately stationary manner in the axial direction by abutting the second and fourth functional portions (6, 8). a first functional portion in which a clamping disk is arranged, so that the first functional portion forms a prestressing portion, a second functional portion, a third functional portion for distributing a prestressing force, and a fourth functional portion having an external thread, characterized in that a washer is arranged in the third functional portion, being rotatably supported about a longitudinal axis of the screw, and that the washer is fixed in an approximately stationary manner in the axial direction by abutting the second and fourth functional portions (6, 8).
A method for processing Single Radio Voice Call Continuity (SRVCC) switching, comprising: after a terminal receives an SRVCC switching command sent by a network side, determining, by the terminal, whether a Packet Switching domain voice service under a current system of the terminal is subjected to encryption and integrity protection; when the PS domain voice service under the current system of the terminal is subjected to encryption and integrity protection, converting PS domain authentication parameters in the current system into Circuit Switching domain authentication parameters and PS domain authentication parameters in a target system; storing, the CS domain authentication parameters and the PS domain authentication parameters in the target system into a temporary data area which can be accessed by a Non-Access Stratus and an Access Stratus, and setting a switch variable for the temporary data area; and when the terminal determines that the SRVCC switching succeeds, writing, into a card, the CS domain authentication parameters and the PS domain authentication parameters in the target system stored in the temporary data area, and setting the switch variable as reading from the card. after a terminal receives an SRVCC switching command sent by a network side, determining, by the terminal, whether a Packet Switching domain voice service under a current system of the terminal is subjected to encryption and integrity protection; when the PS domain voice service under the current system of the terminal is subjected to encryption and integrity protection, converting PS domain authentication parameters in the current system into Circuit Switching domain authentication parameters and PS domain authentication parameters in a target system; storing, the CS domain authentication parameters and the PS domain authentication parameters in the target system into a temporary data area which can be accessed by a Non-Access Stratus and an Access Stratus, and setting a switch variable for the temporary data area; and when the terminal determines that the SRVCC switching succeeds, writing, into a card, the CS domain authentication parameters and the PS domain authentication parameters in the target system stored in the temporary data area, and setting the switch variable as reading from the card.
A method for producing a fire protected semifinished fiber-reinforced plastic product or fiber-reinforced plastic component, wherein a semifinished fiber-reinforced plastic product or a fiber-reinforced plastic component is coated with a single layer of a thermoplastic fire protection film that comprises at least one flame retardant, and wherein the thermoplastic fire protection film is rigid or viscoelastic at room temperature and has adhesive properties at a temperature that lies below the reaction temperature of the at least one flame retardant.
A method for canceling inter-cell interference in a wireless communication system, the method comprising; receiving time resource interference information about a first subframe type and a second subframe type from a neighbor cell; receiving first frequency resource interference information about the first subframe type and a cyclic shift offset from the neighbor cell; determining second frequency resource interference information about the second subframe type by applying cyclic shifting using the first frequency resource interference information and the cyclic shift offset; and conducting downlink communication and uplink communication using the first frequency resource interference information, the second frequency resource interference information, and the time resource interference information. receiving time resource interference information about a first subframe type and a second subframe type from a neighbor cell; receiving first frequency resource interference information about the first subframe type and a cyclic shift offset from the neighbor cell; determining second frequency resource interference information about the second subframe type by applying cyclic shifting using the first frequency resource interference information and the cyclic shift offset; and conducting downlink communication and uplink communication using the first frequency resource interference information, the second frequency resource interference information, and the time resource interference information.
A composition comprising: a general formula: or a salt thereof; wherein R1, R2, R3, and R4 are each independently selected from the group consisting of hydrogen, iodine, fluorine, bromine, a methoxy group, a nitro group, an amine group, and a nitrile group; wherein R5, R6, R7, and R8 are each independently selected from the group consisting of hydrogen, iodine, and an alkane group; and n 1 ≥ 0; n 2 ≥ 1; and a general formula: or a salt thereof; wherein R1, R2, R3, and R4 are each independently selected from the group consisting of hydrogen, iodine, fluorine, bromine, a methoxy group, a nitro group, an amine group, and a nitrile group; wherein R5, R6, R7, and R8 are each independently selected from the group consisting of hydrogen, iodine, and an alkane group; and n 1 ≥ 0; n 2 ≥ 1; and
Method for conveying and handling waste material in the channel section of a pneumatic wastes conveying system, in which method solid waste material or recycleable material fed into a conveying pipe is conveyed in the conveying pipe of the pneumatic pipe transport system for material along with the transporting air flow to the delivery end of the material conveying system, where the material is separated from the transporting air, wherein in the method the material (w) is acted upon in the conveying pipe by stopping the speed of movement of the material being conveyed in the conveying pipe by means of a stopper means arranged in the conveying pipe between the separating device of the delivery end and the material (w) being handled, or against the stopper means, in a compacting chamber that is a section in the conveying pipe that is before the stopper means, in the material direction, in the delivery end of the material, at the delivery end of the material conveying system and by bringing about in the channel space of the conveying pipe volumetric compression in at least a part of the material (w) being conveyed by means of the stopper means arranged between the separating device of the delivery end and the material (w) being handled, or against the stopper means, by means of a pressure difference acting on the different sides of the material being handled, such as by the combined effect of suction and replacement air, before transportation of the material onwards in the conveying pipe into a container of the separating device arranged at the delivery end of the pneumatic transport system for wastes, and wherein a pathway for the air flow to bypass the stopper means is arranged by arranging a bypass channel for transporting air, which starts in the conveying pipe at a distance from the stopper means before the stopper means in the material conveying direction and connects to the conveying pipe after the stopper means.
A rotation operation part formed by coupling a base portion to be fixed to a turning portion of a rotation type electronic part and an operation portion having a screw hole via a shaft portion, wherein the shaft portion, the operation portion, and the base portion are integrally molded with elastic resin, characterized in that the shaft portion includes a spiral spring wound around a rotation axis.
A processor-implemented method for remotely annotating at least one object in real-time, the method comprising: receiving a video stream comprising one or more objects from a site device; identifying the at least one object in the video stream to be annotated by comparing at least one frame of the video stream with one or more objects; determining orientation data of the at least one object identified in the video stream; obtaining a unique context identifier associated with each of the at least one object from the object database based on the identification; providing the unique context identifier associated with the at least one object to a remote device for generating annotated data; receiving the annotated data, from the remote device; converting the annotated data to three dimensional space coordinates; and rendering the converted annotated data on the at least one object based on the orientation data for remotely annotating at least one object in real-time; characterized in that: the at least one frame of the video stream is compared with predefined frames comprising the one or more objects, the predefined frames obtained from an object database, the annotated data is received in two dimensional space coordinates, and the annotated data is converted to three dimensional space coordinates based on a width, a height, and the orientation data of the at least one object in the video stream. receiving a video stream comprising one or more objects from a site device; identifying the at least one object in the video stream to be annotated by comparing at least one frame of the video stream with one or more objects; determining orientation data of the at least one object identified in the video stream; obtaining a unique context identifier associated with each of the at least one object from the object database based on the identification; providing the unique context identifier associated with the at least one object to a remote device for generating annotated data; receiving the annotated data, from the remote device; converting the annotated data to three dimensional space coordinates; and rendering the converted annotated data on the at least one object based on the orientation data for remotely annotating at least one object in real-time; characterized in that: the at least one frame of the video stream is compared with predefined frames comprising the one or more objects, the predefined frames obtained from an object database, the annotated data is received in two dimensional space coordinates, and the annotated data is converted to three dimensional space coordinates based on a width, a height, and the orientation data of the at least one object in the video stream. the at least one frame of the video stream is compared with predefined frames comprising the one or more objects, the predefined frames obtained from an object database, the annotated data is received in two dimensional space coordinates, and the annotated data is converted to three dimensional space coordinates based on a width, a height, and the orientation data of the at least one object in the video stream.
A compound of formula wherein n represents 1 or 2; and R 1 represents hydrogen or fluoro; or a salt of such a compound. n represents 1 or 2; and R 1 represents hydrogen or fluoro; or a salt of such a compound.
A differential pressure sensor, comprising: a tube; a magnetic piston slidably disposed in the tube; a rotatable base, having a respective center of rotation; a first magnet disposed in the base; characterised in that it further comprises: a second magnet disposed in the base, wherein the first and second magnets [420, 425] are symmetrically oriented, and offset from one another, about the center of rotation of the base, and wherein the rotatable base is positioned adjacent to the tube such that each of the first and second magnets [420, 425] magnetically couples to the magnetic piston. a tube; a magnetic piston slidably disposed in the tube; a rotatable base, having a respective center of rotation; a first magnet disposed in the base; characterised in that it further comprises: a second magnet disposed in the base, wherein the first and second magnets [420, 425] are symmetrically oriented, and offset from one another, about the center of rotation of the base, and wherein the rotatable base is positioned adjacent to the tube such that each of the first and second magnets [420, 425] magnetically couples to the magnetic piston. a second magnet disposed in the base, wherein the first and second magnets [420, 425] are symmetrically oriented, and offset from one another, about the center of rotation of the base, and wherein the rotatable base is positioned adjacent to the tube such that each of the first and second magnets [420, 425] magnetically couples to the magnetic piston.