mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising: a mobile machine for collecting a plurality of bales dispersed across a ground surface; and one or more computing devices configured to - receive location information for the plurality of bales , the location information including a location of each of the bales, automatically determine a preferred path for collecting the bales using the location information, and present information about the preferred path to an operator of the mobile machine ; characterized in that the one or more computing devices are further configured to - receive orientation information for the plurality of bales , the orientation information including an orientation of each of the bales, and automatically determine the preferred path for collecting the bales using the location and orientation information . a mobile machine for collecting a plurality of bales dispersed across a ground surface; and one or more computing devices configured to - receive location information for the plurality of bales , the location information including a location of each of the bales, automatically determine a preferred path for collecting the bales using the location information, and present information about the preferred path to an operator of the mobile machine ; receive location information for the plurality of bales , the location information including a location of each of the bales, automatically determine a preferred path for collecting the bales using the location information, and present information about the preferred path to an operator of the mobile machine ; characterized in that the one or more computing devices are further configured to - receive orientation information for the plurality of bales , the orientation information including an orientation of each of the bales, and automatically determine the preferred path for collecting the bales using the location and orientation information .
A method for operating an engine in a multi-engine rotorcraft, the method comprising: obtaining a first parameter indicative of torque of a first engine (10 1 ); detecting a decrease of the first parameter indicative of torque of the first engine (10 1 ); accommodating an autorotation in response to detecting the decrease of the first parameter; assessing a second parameter indicative of torque of a second engine (10 2 ) of the rotorcraft while accommodating the autorotation; if the second parameter has not decreased, identifying a shaft shear of the first engine (10 1 ) and ending the accommodating of the autorotation; if the second parameter has decreased, maintaining the accommodating. obtaining a first parameter indicative of torque of a first engine (10 1 ); detecting a decrease of the first parameter indicative of torque of the first engine (10 1 ); accommodating an autorotation in response to detecting the decrease of the first parameter; assessing a second parameter indicative of torque of a second engine (10 2 ) of the rotorcraft while accommodating the autorotation; if the second parameter has not decreased, identifying a shaft shear of the first engine (10 1 ) and ending the accommodating of the autorotation; if the second parameter has decreased, maintaining the accommodating.
A system for installing a liner in an underground utility structure , having an interior surface, comprising: a drum supporting a length of dry liner to be inverted at an internal pressure ; and a controller configured to (i) control the speed that said drum rotates to limit a speed at which said dry liner is installed into said utility structure , and to (ii) control the internal pressure ; wherein said controller is configured to allow said dry liner to invert into a utility structure and the controller is configured to limit the inversion rate of the dry liner to less than or equal to 0.15m (0.5 feet) per minute. a drum supporting a length of dry liner to be inverted at an internal pressure ; and a controller configured to (i) control the speed that said drum rotates to limit a speed at which said dry liner is installed into said utility structure , and to (ii) control the internal pressure ; wherein said controller is configured to allow said dry liner to invert into a utility structure and the controller is configured to limit the inversion rate of the dry liner to less than or equal to 0.15m (0.5 feet) per minute.
A digital pre-distortion system for observing and correcting the non-linearity of a power amplifier in a transmitter, the transmitter configured to transmit a multi-band signal having M bands with respective bandwidths B 1 = f H1 -f L1 , ... B m = F HM -F LM , where f H1 ... f HM are the respective upper cut-off frequencies of the M bands and f L1 ... f LM are the respective lower cut-off frequencies of the M bands, the system comprising: an observing path configured to sample the output signal of the power amplifier, and a digital signal processing module for measuring and/or correcting the non-linearity of the power amplifier; wherein the observing path comprises an undersampling analog-to-digital converter, ADC , configured to: sample the output signal of the power amplifier at a sampling rate f S to produce an undersampled multi-band digital signal, wherein f S is determined from f S 1 ∩ f S 2 ∩ ... ∩ f SM , f S 1 ... f SM being computed for each band by calculating 2 f Hk n ≤ f Sk ≤ 2 f Lk n − 1 where 1 ≤ n ≤ f Hk B k and 1 ≤ k ≤ M, to satisfy the conditions | f' Cj - f ′ Ck | < max B j 2 B k 2 or f ′ Cj − f ′ iCk < max B j 2 B k 2 where 1 ≤ j ≤ M, 1 ≤ k ≤ M, j ≠ k, f' C1 ... f' CM are the center frequencies of the M bands in the undersampled multi-band digital signal, and f' iC1 ... f' iCM are center frequencies of M images of the M bands in the undersampled multi-band digital signal, so that the undersampled multi-band digital signal has a characteristic where some overlap between the M bands exists in the frequency domain; and provide the undersampled multi-band digital signal to the digital signal processing module to measure and/or correct the non-linearity of the power amplifier for the multi-band signal. an observing path configured to sample the output signal of the power amplifier, and a digital signal processing module for measuring and/or correcting the non-linearity of the power amplifier; wherein the observing path comprises an undersampling analog-to-digital converter, ADC , configured to: sample the output signal of the power amplifier at a sampling rate f S to produce an undersampled multi-band digital signal, wherein f S is determined from f S 1 ∩ f S 2 ∩ ... ∩ f SM , f S 1 ... f SM being computed for each band by calculating 2 f Hk n ≤ f Sk ≤ 2 f Lk n − 1 where 1 ≤ n ≤ f Hk B k and 1 ≤ k ≤ M, to satisfy the conditions | f' Cj - f ′ Ck | < max B j 2 B k 2 or f ′ Cj − f ′ iCk < max B j 2 B k 2 where 1 ≤ j ≤ M, 1 ≤ k ≤ M, j ≠ k, f' C1 ... f' CM are the center frequencies of the M bands in the undersampled multi-band digital signal, and f' iC1 ... f' iCM are center frequencies of M images of the M bands in the undersampled multi-band digital signal, so that the undersampled multi-band digital signal has a characteristic where some overlap between the M bands exists in the frequency domain; and provide the undersampled multi-band digital signal to the digital signal processing module to measure and/or correct the non-linearity of the power amplifier for the multi-band signal.
A method for producing an autologous cancer vaccine comprising particles of hydroxyapatite and/or tricalcium phosphate loaded with tumor antigens, said method comprising the following steps: a) extracting the proteins contained in a serum or plasma sample obtained from a patient suffering from cancer; and b) bringing the proteins extracted in step a) into contact with particles of hydroxyapatite and/or of tricalcium phosphate in order to obtain the autologous vaccine. a) extracting the proteins contained in a serum or plasma sample obtained from a patient suffering from cancer; and b) bringing the proteins extracted in step a) into contact with particles of hydroxyapatite and/or of tricalcium phosphate in order to obtain the autologous vaccine.
Method for applying an active substance comprising the following steps: - making available a replaceable cartridge (B, 20), wherein the cartridge contains an active substance concentrate , - making available a portable spraying device (A) which comprises the following components: a container , means for connecting the cartridge (B, 20) to the spraying device (A), a control unit and a spraying nozzle , - filling the container with a diluent , - connecting the replaceable cartridge (B) to the spraying device (A), - application of the active substance to one or more target objects by a user, wherein the flows of the active substance concentrate and of the diluent are controlled, by means of the control unit , in such a way that the active substance concentrate and the diluent exit the spraying device (A) as a mixture with a constant mixing ratio via the spraying nozzle , characterized in that the method comprises the further steps: - determining the quantity of applied active substance concentrate by means of the control unit , - determining the quantity of the active substance concentrate remaining in the cartridge (B, 20), by means of the control unit , - storing the quantity of the active substance concentrate remaining in the cartridge (B, 20) in an electronic memory unit of the cartridge, - transferring information about the applied active substance, and the quantity of the applied active substance, to an external computer system (C) . - making available a replaceable cartridge (B, 20), wherein the cartridge contains an active substance concentrate , - making available a portable spraying device (A) which comprises the following components: a container , means for connecting the cartridge (B, 20) to the spraying device (A), a control unit and a spraying nozzle , - filling the container with a diluent , - connecting the replaceable cartridge (B) to the spraying device (A), - application of the active substance to one or more target objects by a user, wherein the flows of the active substance concentrate and of the diluent are controlled, by means of the control unit , in such a way that the active substance concentrate and the diluent exit the spraying device (A) as a mixture with a constant mixing ratio via the spraying nozzle , - determining the quantity of applied active substance concentrate by means of the control unit , - determining the quantity of the active substance concentrate remaining in the cartridge (B, 20), by means of the control unit , - storing the quantity of the active substance concentrate remaining in the cartridge (B, 20) in an electronic memory unit of the cartridge, - transferring information about the applied active substance, and the quantity of the applied active substance, to an external computer system (C) .
A tie rod-locking nut assembly comprising: a tie rod-locking nut engaged with a jack bolt ; characterised by a jack bolt-locking nut inserted between the tie rod-locking nut and the jack bolt ; an anti-loosening washer formed to wrap around an outer circumferential surface of the jack bolt-locking nut to prevent loosening of the jack bolt-locking nut ; and a locking plate formed to cover the anti-loosening washer and engaging with an outer circumferential surface of the tie rod . a tie rod-locking nut engaged with a jack bolt ; characterised by a jack bolt-locking nut inserted between the tie rod-locking nut and the jack bolt ; an anti-loosening washer formed to wrap around an outer circumferential surface of the jack bolt-locking nut to prevent loosening of the jack bolt-locking nut ; and a locking plate formed to cover the anti-loosening washer and engaging with an outer circumferential surface of the tie rod .
A pharmaceutical composition in the form of a tablet, comprising bilastine and magnesium aluminometasilicate, wherein bilastine is present in crystalline form as polymorphic form 3, wherein the polymorphic form 3 has characteristic peaks at 6.47, 12.81, 15.70, and 17.71 ± 0.2 degrees 2-theta in a powder X-ray diffraction pattern, and wherein the composition additionally comprises a water-soluble filler and optionally a water-insoluble filler.
A photopolymerization initiator composition comprising: a photopolymerization initiator represented by General Formula (I); and at least one kind of additive selected from the group consisting of compounds represented by General Formulae (II) to (IV), in General Formulae (I) to (IV), V 1 , V 2 , V 3 , and V 4 each independently represent a hydrogen atom or a substituent, selected from a halogen atom, an alkyl group having 1 to 6 carbon atoms, an alkoxy group having 1 to 6 carbon atoms, a hydroxyl group, an alkylthio group having 1 to 6 carbon atoms, a mercapto group, an acyl group having 1 to 6 carbon atoms or an amino group, and in General Formula (I) to (IV), n represents an integer of 1 to 5. a photopolymerization initiator represented by General Formula (I); and at least one kind of additive selected from the group consisting of compounds represented by General Formulae (II) to (IV), in General Formulae (I) to (IV), V 1 , V 2 , V 3 , and V 4 each independently represent a hydrogen atom or a substituent, selected from a halogen atom, an alkyl group having 1 to 6 carbon atoms, an alkoxy group having 1 to 6 carbon atoms, a hydroxyl group, an alkylthio group having 1 to 6 carbon atoms, a mercapto group, an acyl group having 1 to 6 carbon atoms or an amino group, and in General Formula (I) to (IV), n represents an integer of 1 to 5.
Device for processing, particularly for cutting and atomising at least one product, particularly a food product , comprising at least one blade that is connectable via at least one coupling member and an energy converter to an ultrasound source and that is fastened to a blade holder , which is connected to a drive device that is held by a framework , characterised in that the drive device comprises a plurality of actuators (41, ..., 46), which are connected each on one side via a first rotary joint (31; ...; 37) to the blade holder and on the other side via a second rotary joint (51; ...; 57) in such a way to the framework that the blade holder is held by the actuators (41, ..., 46) alone and is displaceable and optionally turnable within a volume of operation, wherein a first and a third actuator , which enclose an angle of preferably 90°, are connected each via a corresponding one of the first rotary joints to the first side of the blade holder and that a second and a fourth actuator , which enclose an angle of preferably 90°, are connected each via a corresponding one of the first rotary joints to the second side of the blade holder , so that the blade holder is displaceable forth and back along the transporting direction of the processed product well as perpendicular thereto and.
A microfluidic dispensing device (50; 100; 150), comprising: a plurality of chambers , each chamber having an inlet configured to receive a liquid to be dispensed and a nozzle configured to emit a drop of liquid, the plurality of chambers forming a sequence of chambers; a plurality of actuators , each actuator being associated with a respective chamber and configured to receive a respective actuation quantity and cause a drop of liquid to be emitted by the nozzle of the respective chamber, a plurality of drop emission detection elements , one for each chamber , each drop emission detection element being configured to generate an actuation command upon detecting the emission of a drop of liquid from the nozzle of a respective chamber; and a sequential activation electric circuit including a plurality of sequential activation elements , one for each chamber , each sequential activation element being coupled to the drop emission detection element associated with the respective chamber and to an actuator associated with a subsequent chamber, following the respective chamber in the sequence of chambers, each sequential activation element being configured to receive the actuation command from the drop emission detection element associated with the respective chamber and, in response thereto, to supply the actuation quantity to the actuator associated with the subsequent chamber, thus causing the activation thereof. a plurality of chambers , each chamber having an inlet configured to receive a liquid to be dispensed and a nozzle configured to emit a drop of liquid, the plurality of chambers forming a sequence of chambers; a plurality of actuators , each actuator being associated with a respective chamber and configured to receive a respective actuation quantity and cause a drop of liquid to be emitted by the nozzle of the respective chamber, a plurality of drop emission detection elements , one for each chamber , each drop emission detection element being configured to generate an actuation command upon detecting the emission of a drop of liquid from the nozzle of a respective chamber; and a sequential activation electric circuit including a plurality of sequential activation elements , one for each chamber , each sequential activation element being coupled to the drop emission detection element associated with the respective chamber and to an actuator associated with a subsequent chamber, following the respective chamber in the sequence of chambers, each sequential activation element being configured to receive the actuation command from the drop emission detection element associated with the respective chamber and, in response thereto, to supply the actuation quantity to the actuator associated with the subsequent chamber, thus causing the activation thereof.
An item of furniture and/or household equipment , interactive, comprising: - at least one worktop formed of at least one substrate made of monolithic glass material with a surface area of greater than 0.7 m 2 , said substrate exhibiting a luminosity L* of greater than 10, a light transmission T L of less than 50%, an opacity indicator of greater than 90, and a haze of greater than 15%, - at least one heating element , - at least one interface for communication with at least one element of the top, such as the heating element(s) , said interface making possible a wireless communication with a module external to the worktop, making possible the remote activation of the heating zones and/or the control of different functions, said item of equipment additionally being devoid of light source(s). - at least one worktop formed of at least one substrate made of monolithic glass material with a surface area of greater than 0.7 m 2 , said substrate exhibiting a luminosity L* of greater than 10, a light transmission T L of less than 50%, an opacity indicator of greater than 90, and a haze of greater than 15%, - at least one heating element , - at least one interface for communication with at least one element of the top, such as the heating element(s) , said interface making possible a wireless communication with a module external to the worktop, making possible the remote activation of the heating zones and/or the control of different functions, said item of equipment additionally being devoid of light source(s).
A workpiece holder for machining centers, comprising a body , at least one claw which can move with respect to the body between two stroke limit positions under the control of actuation means , sensor means adapted to detect the stroke limit positioning of the claw , wherein said sensor means comprise a pneumatic valve which controls a pressurized air circuit (C) provided in the body and equipped with a flow control element which can move between a closure position and a venting position of said circuit (C) under the control of transmission means operatively connected to the claw , characterised in that said transmission means are adapted to cause the switching from said closure position to said venting position when said claw reaches said stroke limit positions , and in that said flow control element is biased toward said closure position by primary elastic means . a body , at least one claw which can move with respect to the body between two stroke limit positions under the control of actuation means , sensor means adapted to detect the stroke limit positioning of the claw , wherein said sensor means comprise a pneumatic valve which controls a pressurized air circuit (C) provided in the body and equipped with a flow control element which can move between a closure position and a venting position of said circuit (C) under the control of transmission means operatively connected to the claw , characterised in that said transmission means are adapted to cause the switching from said closure position to said venting position when said claw reaches said stroke limit positions , and in that said flow control element is biased toward said closure position by primary elastic means .
A two-component curable composition comprising: a base component comprised of a curable resin and a first compressible filler dispersed therein the curable resin comprising a polysulfide or polythioether; and a curative component comprised of a curing agent and a second compressible filler dispersed therein wherein the curative component comprises one of more of lead dioxide, manganese dioxide, calcium dichromate, and ammonium dichromate, the base and curative components reactive with each other upon mixing to provide a crosslinked network wherein each of the first and second compressible fillers comprises elastomeric hollow microspheres. a base component comprised of a curable resin and a first compressible filler dispersed therein the curable resin comprising a polysulfide or polythioether; and a curative component comprised of a curing agent and a second compressible filler dispersed therein wherein the curative component comprises one of more of lead dioxide, manganese dioxide, calcium dichromate, and ammonium dichromate, the base and curative components reactive with each other upon mixing to provide a crosslinked network wherein each of the first and second compressible fillers comprises elastomeric hollow microspheres.
Mobile telephone containing an authentication code (ID) to allow a motor vehicle to be locked/unlocked and/or started by Bluetooth Low Energy (BLE) protocol, said telephone having a pairing code (AP), to allow automatic recording of the mobile telephone by said motor vehicle , and an identification code (VIN) to allow automatic recognition of the mobile telephone by said motor vehicle , said telephone moreover comprising a secure memory element (SEC), characterized in that : - the authentication code (ID) and the pairing code (AP) and the identification code (VIN) are stored in the secure memory element (SEC); - the pairing code (AP) is loaded onto the mobile telephone prior to the first BLE interchange by Bluetooth Low Energy (BLE) protocol between the mobile telephone and the vehicle ; and - the pairing code (AP), the identification code (VIN) and the authentication code (ID) are loaded onto the mobile telephone in the course of one and the same operation. - the authentication code (ID) and the pairing code (AP) and the identification code (VIN) are stored in the secure memory element (SEC); - the pairing code (AP) is loaded onto the mobile telephone prior to the first BLE interchange by Bluetooth Low Energy (BLE) protocol between the mobile telephone and the vehicle ; and - the pairing code (AP), the identification code (VIN) and the authentication code (ID) are loaded onto the mobile telephone in the course of one and the same operation.