mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for agricultural crop analysis, said apparatus comprising a light source for sending light radiation towards a crop, and characterized in that it further comprises a plurality of sensors for the acquisition of light radiation reflected by said crop and a plurality of filtering elements adapted to enable complete passage only of light having frequencies within a predetermined passband, wherein said filtering elements have passbands that differ from each other and wherein each filtering element is functionally coupled to a respective sensor so that the sensor receives only light radiation that has passed through the filtering element ; wherein the different passbands of the filtering elements are predetermined and are the significant passbands in function of one or more of the following nutrients present in the crop: water, protein, starch, neutral cleaned fibres, acid cleaned fibres, ashes, and / or greases; wherein the apparatus includes a processing unit , to which all the sensors and the source are connected, able to collect an intensity value of the light acquired by the various sensors , thereby determining a quantitative measurement of the specific parameters of the harvest that the sensors are supposed to predict; wherein the processing unit comprises a software or hardware analysis module configured to determine at least one quantitative parameter, whether evaluated as such or on the dry substance, relatively to the agricultural crop analysed, in accordance with the intensity of the light signals acquired by all the sensors hit by reflected light from the samples analysed for that harvest; wherein the apparatus comprises a support body provided with one or more side walls in which the sensors are fixed, said one or more side walls defining an internal volume (V) having a top from which the light source emits light radiation; wherein the sensors are arranged on a circumference. water, protein, starch, neutral cleaned fibres, acid cleaned fibres, ashes, and / or greases; wherein the apparatus includes a processing unit , to which all the sensors and the source are connected, able to collect an intensity value of the light acquired by the various sensors , thereby determining a quantitative measurement of the specific parameters of the harvest that the sensors are supposed to predict; wherein the processing unit comprises a software or hardware analysis module configured to determine at least one quantitative parameter, whether evaluated as such or on the dry substance, relatively to the agricultural crop analysed, in accordance with the intensity of the light signals acquired by all the sensors hit by reflected light from the samples analysed for that harvest; wherein the apparatus comprises a support body provided with one or more side walls in which the sensors are fixed, said one or more side walls defining an internal volume (V) having a top from which the light source emits light radiation; wherein the sensors are arranged on a circumference.
A lens unit comprising: a mount to mechanically couple with an image pickup apparatus and to electrically connect the lens unit with the image pickup apparatus; and a lens controller configured to receive a power voltage ( VDD ) for power supply from the image pickup apparatus, and to perform data communication with the image pickup apparatus, characterized in that the lens controller is configured to produce a communication voltage ( V6 ) for the data communication with the image pickup apparatus, from the power voltage, wherein the communication voltage is different from the power voltage, and wherein the mount includes a first lens terminal ( DTEF ) enabling provision of type of the lens unit by a configuration connected with an element ( RL ) having a resistance value corresponding to the type of the lens unit. a mount to mechanically couple with an image pickup apparatus and to electrically connect the lens unit with the image pickup apparatus; and a lens controller configured to receive a power voltage ( VDD ) for power supply from the image pickup apparatus, and to perform data communication with the image pickup apparatus, characterized in that the lens controller is configured to produce a communication voltage ( V6 ) for the data communication with the image pickup apparatus, from the power voltage, wherein the communication voltage is different from the power voltage, and wherein the mount includes a first lens terminal ( DTEF ) enabling provision of type of the lens unit by a configuration connected with an element ( RL ) having a resistance value corresponding to the type of the lens unit.
A method of wireless communication by a base station, comprising: processing a plurality of synchronization signals by performing time-division multiplexing, TDM, of at least one of a plurality of first synchronization signals of different types and at least one of the plurality of second synchronization signals of different types, the plurality of synchronization signals including the plurality of first synchronization signals and the plurality of second synchronization signals; and transmitting the processed synchronization signals to a user equipment, UE, wherein the plurality of first synchronization signals include at least one of a primary synchronization signal, PSS, a secondary synchronization signal, SSS, a beam reference signal, BRS, an extended synchronization signal, ESS, or a physical broadcast channel, PBCH signal, and wherein at least one of the ESS or a demodulation reference signal, DMRS, of the PBCH signal is used to convey at least a part of a synchronization signal block index. processing a plurality of synchronization signals by performing time-division multiplexing, TDM, of at least one of a plurality of first synchronization signals of different types and at least one of the plurality of second synchronization signals of different types, the plurality of synchronization signals including the plurality of first synchronization signals and the plurality of second synchronization signals; and transmitting the processed synchronization signals to a user equipment, UE,
A method for enhancing recovery of crude oil from a porous subterranean carbonate formation of which the pore spaces contain crude oil and connate water, the method comprising: determining an ionic strength of the connate water; passing sea water through a nano-filtration membrane to provide an aqueous displacement fluid having an ionic strength from 0.1% to less than 0.5% of the ionic strength of the connate water and having an SO 4 2- concentration of from 20 to 150 ppm; and injecting the aqueous displacement fluid into the formation. determining an ionic strength of the connate water; passing sea water through a nano-filtration membrane to provide an aqueous displacement fluid having an ionic strength from 0.1% to less than 0.5% of the ionic strength of the connate water and having an SO 4 2- concentration of from 20 to 150 ppm; and injecting the aqueous displacement fluid into the formation.
A modified conjugated diene-based polymer satisfying the following conditions of i) to v): i) a glass transition temperature measured by ISO 22768:2006 and as described in the paragraph under the section Measurement method and conditions in the application: -80°C to - 50°C, ii) a mooney viscosity measured in ASTM D1646 conditions: 70 to 100, iii) a 1,2-vinyl bond content with respect to a total weight of the polymer: 30.0 wt% or less, iv) molecular weight distribution (PDI; MWD): 1.5 to 3.5, and v) a mooney relaxation ratio measured at 110°C: 0.7 or less, wherein 1,2-vinyl bond content, molecular weight distribution and mooney viscosity and mooney relaxation ratio are measured as described in the paragraph under the section Measurement method and conditions in the application. i) a glass transition temperature measured by ISO 22768:2006 and as described in the paragraph under the section Measurement method and conditions in the application: -80°C to - 50°C, ii) a mooney viscosity measured in ASTM D1646 conditions: 70 to 100, iii) a 1,2-vinyl bond content with respect to a total weight of the polymer: 30.0 wt% or less, iv) molecular weight distribution (PDI; MWD): 1.5 to 3.5, and v) a mooney relaxation ratio measured at 110°C: 0.7 or less, wherein 1,2-vinyl bond content, molecular weight distribution and mooney viscosity and mooney relaxation ratio are measured as described in the paragraph under the section Measurement method and conditions in the application.
Air purifier comprising a housing , an inlet which is formed in the housing and is designed to let air into the housing , an outlet which is formed in the housing and is designed to let air out of the housing , a fan arranged in the housing for generating an air flow which flows from the inlet to the outlet, at least one filter which is designed to purify the air flow flowing from the inlet to the outlet, characterised by a bioreactor , which is arranged in the housing such that the air flow flows through the bioreactor and which contains at least one living being designed to convert CO 2 contained in the air flow at least partially into O 2 by means of photosynthesis, the living being that performs at least one photosynthesis process being at least one alga, more preferably a microalga, the air purifier comprising a lighting device , characterised in that the bioreactor is designed as a tube, on each of the tube ends of which a membrane module is arranged through which the air flow flows, the lighting device being arranged coaxially in the bioreactor .
Method for manufacturing an inductively heatable aerosol-forming rod comprising an inductively heatable aerosol-forming substrate , the method comprising: - providing a tobacco containing slurry ; - providing an inductively heatable continuous sheet-like material ; - joining the tobacco containing slurry and the inductively heatable continuous sheet-like material to form an inductively heatable aerosol-forming substrate; - drying the inductively heatable aerosol-forming substrate while transporting the inductively heatable aerosol-forming substrate on a conveyor device , - forming the inductively heatable aerosol-forming substrate into a rod by gathering or folding the inductively heatable aerosol-forming substrate. - providing a tobacco containing slurry ; - providing an inductively heatable continuous sheet-like material ; - joining the tobacco containing slurry and the inductively heatable continuous sheet-like material to form an inductively heatable aerosol-forming substrate; - drying the inductively heatable aerosol-forming substrate while transporting the inductively heatable aerosol-forming substrate on a conveyor device , - forming the inductively heatable aerosol-forming substrate into a rod by gathering or folding the inductively heatable aerosol-forming substrate.
Vehicle provided with adjustable specifications for use in the field of motion tracking, comprising a frame and a plurality of wheels ; the wheels being adjustably attached to the frame such that the distance between a pair of wheels can be adjusted, characterised in that said vehicle further comprises headlamps and/or rear light adjustably attached to the frame such that the distance between the wheels and the headlamps or the rear lights can be adjusted.
A cylinder head gasket that is sandwiched between joining surfaces of a cylinder head and a cylinder block, and seals a joining part between the cylinder head and the cylinder block, the cylinder head gasket comprising: a composite member that is formed of a metal substrate and a rubber layer provided to both surfaces or one surface of the substrate , and a bead that is formed on a sealing unit of the cylinder head gasket , wherein the substrate is formed of a nickel-free stainless steel having a content of C that is 0 to 0.15 mass%, a content of Si that is 0 to 0.5 mass%, a content of Mn that is 0 to 2.0 mass%, a content of Cr that is 11.5 to 13.0 mass%, a content of N that is 0 to 0.5 mass%, a content of P that is 0 to 0.040 mass%, a content of S that is 0 to 0.030 mass%, the balance Fe, and inevitable impurities, wherein the stainless steel forming the substrate has a 0.2% proof stress of 1,300 to 1,500 MPa, and the elongation of the stainless steel forming the substrate is 2 to 6% both measured in accordance with JIS Z 2241. a composite member that is formed of a metal substrate and a rubber layer provided to both surfaces or one surface of the substrate , and a bead that is formed on a sealing unit of the cylinder head gasket , wherein the substrate is formed of a nickel-free stainless steel having a content of C that is 0 to 0.15 mass%, a content of Si that is 0 to 0.5 mass%, a content of Mn that is 0 to 2.0 mass%, a content of Cr that is 11.5 to 13.0 mass%, a content of N that is 0 to 0.5 mass%, a content of P that is 0 to 0.040 mass%, a content of S that is 0 to 0.030 mass%, the balance Fe, and inevitable impurities, wherein the stainless steel forming the substrate has a 0.2% proof stress of 1,300 to 1,500 MPa, and the elongation of the stainless steel forming the substrate is 2 to 6% both measured in accordance with JIS Z 2241.
A method of estimating a cell count in a blood sample, the method comprising capturing a sequence of frames of the sample with an image capture device as the sample flows through a field of view of the image capture device ; identifying cells in each frame; selecting a plurality of frames of the sequence of frames based on an estimate of cell velocity in one or more frames, wherein each frame is selected based on an estimate of the number of frames needed for all cells identified in the previous selected frame to leave the field of view, and determining a frame cell count of identified cells in each selected frame; and combining the determined frame cell counts to compute an estimated cell count, preferably wherein combining the frame cell counts and computing an estimated cell counts includes determining a mean or median value of the frame cell counts.
An edible IJ ink comprising water, titanium oxide, a dispersant, a wetting agent, and a water-soluble polysaccharide having a weight average molecular weight smaller than 10,000, characterized in that the dispersant includes at least one of sodium carboxymethyl cellulose, sodium alginate, and sodium carbonate.
An anchor rope system for an offshore device , in particular, for fixing an offshore device to a subsea floor , comprising: - at least one anchor rope surrounded by at least one sheathing , and - at least one condition sensor formed by at least one fiber optic cable , - wherein the at least one fiber optic cable comprises at least one optical fiber , - wherein the at least one optical fiber is arranged in a tubular element of the fiber optic cable , characterized in that - the fiber optic cable comprises an armoring layer surrounding the tubular element , - wherein the armoring layer comprises a plurality of armoring ropes formed by a fiber composite material and/or metal. - at least one anchor rope surrounded by at least one sheathing , and - at least one condition sensor formed by at least one fiber optic cable , - wherein the at least one fiber optic cable comprises at least one optical fiber , - wherein the at least one optical fiber is arranged in a tubular element of the fiber optic cable , characterized in that - the fiber optic cable comprises an armoring layer surrounding the tubular element , - wherein the armoring layer comprises a plurality of armoring ropes formed by a fiber composite material and/or metal.
A driving support device comprising: a sensor configured to acquire data of a space inside a vehicle and data of a space outside the vehicle; and a controller , wherein the controller is configured to: determine whether the vehicle is in an abnormal state based on the data acquired by the sensor ; upon determining that the vehicle is in the abnormal state, output a message indicating that the vehicle is in the abnormal state to a user on the vehicle; acquire an answer from the user to the message via an input device ; and propose use of a support function for supporting the user based on the answer from the user to the message. a sensor configured to acquire data of a space inside a vehicle and data of a space outside the vehicle; and a controller , wherein the controller is configured to: determine whether the vehicle is in an abnormal state based on the data acquired by the sensor ; upon determining that the vehicle is in the abnormal state, output a message indicating that the vehicle is in the abnormal state to a user on the vehicle; acquire an answer from the user to the message via an input device ; and propose use of a support function for supporting the user based on the answer from the user to the message. determine whether the vehicle is in an abnormal state based on the data acquired by the sensor ; upon determining that the vehicle is in the abnormal state, output a message indicating that the vehicle is in the abnormal state to a user on the vehicle; acquire an answer from the user to the message via an input device ; and propose use of a support function for supporting the user based on the answer from the user to the message.
A pharmaceutical composition comprising a peptide consisting of the sequence according to SEQ ID NO: 303, or a pharmaceutically acceptable salt of the peptide together with at least one suitable carrier and/or excipient for use in the treatment of Hepatocellular carcinoma cancer (HCC).
A layered electro-stimulating dressing comprising a substrate, an absorption layer , an electro-stimulating layer comprising a first electrode and a second electrode and a generation system for generation of stimulating signals, wherein the first electrode and the second electrode are connected to the generation system for generation of stimulating signals, wherein the generation system for generation of stimulation signal comprises a control system , a power supply system connected to it and a generator , wherein the substrate constitutes a pressure distribution layer made of a gel having hyperplastic properties or made of thermoplastic elastomer formed into honeycomb structure, wherein the generator is adapted for generating stimulating signals comprising impulses with an electric current falling within a range of 4 mA to 100 mA and a duration falling within a range of 50 μs to 2.5 ms, with a repetition rate being within a range of 10 Hz to 60 Hz, wherein the impulses are repeated for a stimulation time lasting from 3 to 7 seconds at intervals with a length of two to 10 times longer than the stimulation time.
An auxiliary apparatus for a lighthouse positioning system, the lighthouse positioning system comprising a first positioning base station and a second positioning base station , the first positioning base station comprising a first signal transmitter for transmitting a synchronous light signal and a second signal transmitter for transmitting a light signal, the second positioning base station comprising a first signal transmitter for transmitting a synchronous light signal and a second signal transmitter for transmitting a light signal, and characterised by the auxiliary apparatus comprising: a processor , being configured to calculate a first signal time sequence of the first signal transmitters according to a plurality of sets of first sensed signals (12a,...12b), calculate a second signal time sequence of the second signal transmitters according to a plurality of sets of second sensed signals, (14a,...14b) and determine a third signal time sequence according to the first signal time sequence and the second signal time sequence , wherein each set of first sensed signals (12a,...12b) is sensed synchronous light signals from one of the first signal transmitters (131 or 151), each set of second sensed signals (14a,...14b) is sensed light signals from one of the second signal transmitters , and the third signal time sequence is not overlapped with the first signal time sequence and the second signal time sequence ; and a signal transmitter of a depth measuring apparatus, the signal transmitter being electrically connected with the processor and configured to transmit a plurality of light signals according to the third signal time sequence . a processor , being configured to calculate a first signal time sequence of the first signal transmitters according to a plurality of sets of first sensed signals (12a,...12b), calculate a second signal time sequence of the second signal transmitters according to a plurality of sets of second sensed signals, (14a,...14b) and determine a third signal time sequence according to the first signal time sequence and the second signal time sequence , wherein each set of first sensed signals (12a,...12b) is sensed synchronous light signals from one of the first signal transmitters (131 or 151), each set of second sensed signals (14a,...14b) is sensed light signals from one of the second signal transmitters , and the third signal time sequence is not overlapped with the first signal time sequence and the second signal time sequence ; and a signal transmitter of a depth measuring apparatus, the signal transmitter being electrically connected with the processor and configured to transmit a plurality of light signals according to the third signal time sequence .
A method of wireless communication performed by a base station, BS , comprising: detecting , for physical downlink shared channel transmissions in a multi-panel frequency division multiplexing deployment with multi-user, multiple input, multiple output transmission, a semi-persistent scheduling occasion update event, wherein the semi-persistent scheduling occasion update event is a threshold quantity of physical downlink shared channel transmission failures within a threshold amount of time; and switching from performing semi-persistent scheduling for the physical downlink shared channel transmissions on a first subband to performing semi-persistent scheduling for the physical downlink shared channel transmissions on a second subband. detecting , for physical downlink shared channel transmissions in a multi-panel frequency division multiplexing deployment with multi-user, multiple input, multiple output transmission, a semi-persistent scheduling occasion update event, wherein the semi-persistent scheduling occasion update event is a threshold quantity of physical downlink shared channel transmission failures within a threshold amount of time; and switching from performing semi-persistent scheduling for the physical downlink shared channel transmissions on a first subband to performing semi-persistent scheduling for the physical downlink shared channel transmissions on a second subband.
System for subsynchronous oscillations and interactions damping comprising: - measuring means adapted to measure an input power measurement ; - at least one damping module integrated in a rotor converter , being the at least one damping module adapted to generate an output damping signal from the input power measurement ; - at least one proportional integer controller integrated in the rotor converter , being the damping signal incorporated to an input of the at least one proportional integer controller; and - control means adapted to apply an output of the at least one proportional integer controller to a machine rotor; characterized in that the at least one damping module further comprises a Kalman filter and a state feedback controller with a first spinning vector for subsynchronous modes, and a second spinning vector for supersynchronous modes. - measuring means adapted to measure an input power measurement ; - at least one damping module integrated in a rotor converter , being the at least one damping module adapted to generate an output damping signal from the input power measurement ; - at least one proportional integer controller integrated in the rotor converter , being the damping signal incorporated to an input of the at least one proportional integer controller; and - control means adapted to apply an output of the at least one proportional integer controller to a machine rotor;