mhurhangee/patent-ind-claim-en huggingface dataset:
A control system for an object detection system for an agricultural machine, the control system comprising one or more controllers, and being configured to: receive image data from one or more imaging sensors associated with the agricultural machine; analyse the image data utilising first and second detection models to classify, using both models, an object within the environment of the agricultural machine; determine a classification metric for the object indicative of an overlap associated with the classification obtained for each of the models for the object; and determine an identity for the object in dependence on the classification metric and the classification obtained for the first and/or second models; and control operation of one or more operable components associated with the agricultural machine in dependence on the determined identity; wherein the first and second detection models comprise machine-learned models trained on training datasets with known objects with respective classifications; the training dataset for the first model comprising an agricultural dataset and the training dataset for the second model comprising a generic dataset; and wherein the control system is further configured to: compare the classification metric with a threshold value; and determine the identity for the object in dependence on the classification for the first model only, when the classification metric exceeds the threshold value. receive image data from one or more imaging sensors associated with the agricultural machine; analyse the image data utilising first and second detection models to classify, using both models, an object within the environment of the agricultural machine; determine a classification metric for the object indicative of an overlap associated with the classification obtained for each of the models for the object; and determine an identity for the object in dependence on the classification metric and the classification obtained for the first and/or second models; and control operation of one or more operable components associated with the agricultural machine in dependence on the determined identity; wherein the first and second detection models comprise machine-learned models trained on training datasets with known objects with respective classifications; the training dataset for the first model comprising an agricultural dataset and the training dataset for the second model comprising a generic dataset; and wherein the control system is further configured to: compare the classification metric with a threshold value; and determine the identity for the object in dependence on the classification for the first model only, when the classification metric exceeds the threshold value. compare the classification metric with a threshold value; and determine the identity for the object in dependence on the classification for the first model only, when the classification metric exceeds the threshold value.
Apparatus for measuring the flow of a fluid flowing through a measuring tube according to the electromagnetic measuring principle, wherein said apparatus comprises the following components: - a magnetic system designed to generate a constant magnetic field perpendicular to the direction of fluid flow, - at least two measuring electrodes coupled to the fluid and fixed to a section of the measuring tube , wherein the electrodes are designed to measure the induced voltage, - at least an electronic unit for signal recording, evaluation and/or supply, - and a housing , wherein the housing delimits and protects the measuring tube section , and at least another component fixed on the section on the side facing away from the fluid, from the environment towards the outside, wherein the housing is at least partially made from a thermoplastic material, characterized in that the housing surrounds, in a precision-fit manner, the measuring tube section and the at least one other component fixed on said section, and in that the thermoplastic material is shrunk onto the measuring tube section and the at least one other component of the apparatus. - a magnetic system designed to generate a constant magnetic field perpendicular to the direction of fluid flow, - at least two measuring electrodes coupled to the fluid and fixed to a section of the measuring tube , wherein the electrodes are designed to measure the induced voltage, - at least an electronic unit for signal recording, evaluation and/or supply, - and a housing ,
Method of producing a wafer layer , comprising the method steps of: A providing a carrier element ; B porosifying the carrier element on at least one surface for generating a separation layer ; C epitaxially applying a wafer layer to the separation layer of the carrier element ; and D detaching the wafer layer from the carrier element , wherein the method steps B to D are repeated at least once, preferably multiple times, with the carrier element ; wherein the method step A comprises the further method steps of A1 providing a carrier substrate ; and A2 epitaxially applying a seed layer to at least one surface and at least one lateral face of the carrier substrate for the production of the carrier element , characterised in that a contact layer is applied, formed or arranged on the surface of the carrier substrate facing away from the seed layer before, during or after the application of the seed layer . A providing a carrier element ; B porosifying the carrier element on at least one surface for generating a separation layer ; C epitaxially applying a wafer layer to the separation layer of the carrier element ; and D detaching the wafer layer from the carrier element , wherein the method steps B to D are repeated at least once, preferably multiple times, with the carrier element ; wherein the method step A comprises the further method steps of A1 providing a carrier substrate ; and A2 epitaxially applying a seed layer to at least one surface and at least one lateral face of the carrier substrate for the production of the carrier element , A1 providing a carrier substrate ; and A2 epitaxially applying a seed layer to at least one surface and at least one lateral face of the carrier substrate for the production of the carrier element , characterised in that a contact layer is applied, formed or arranged on the surface of the carrier substrate facing away from the seed layer before, during or after the application of the seed layer .
A copolymer of at least one isoolefin monomer and at least one multiolefin and/or β-pinene monomer having a total cyclic oligomer content of less than 3200 ppm and having a ratio of C21/C13 oligomers of less than 1.5.
A method of estimating a noise floor of an audio signal, the method comprising: obtaining, using one or more processors, an audio signal; dividing, using the one or more processors, the audio signal into a plurality of buffers; determining, using the one or more processors, time-frequency samples for each buffer of the audio signal; for each buffer and for each frequency, determining, using the one or more processors, a median or mean and a measure of an amount of variation of energy based on the samples in the buffer and samples in neighboring buffers that together span a specified time range of the audio signal; combining, using the one or more processors, the median or mean and the measure of the amount of variation into a cost function; for each frequency: determining, using the one or more processors, a signal energy of a particular buffer of the audio signal that corresponds to a minimum value of the cost function; selecting, using the one or more processors, the signal energy as the estimated noise floor of the audio signal; and reducing, using the one or more processors and the estimated noise floor, noise in the audio signal. obtaining, using one or more processors, an audio signal; dividing, using the one or more processors, the audio signal into a plurality of buffers; determining, using the one or more processors, time-frequency samples for each buffer of the audio signal; for each buffer and for each frequency, determining, using the one or more processors, a median or mean and a measure of an amount of variation of energy based on the samples in the buffer and samples in neighboring buffers that together span a specified time range of the audio signal; combining, using the one or more processors, the median or mean and the measure of the amount of variation into a cost function; for each frequency: determining, using the one or more processors, a signal energy of a particular buffer of the audio signal that corresponds to a minimum value of the cost function; selecting, using the one or more processors, the signal energy as the estimated noise floor of the audio signal; and reducing, using the one or more processors and the estimated noise floor, noise in the audio signal. determining, using the one or more processors, a signal energy of a particular buffer of the audio signal that corresponds to a minimum value of the cost function; selecting, using the one or more processors, the signal energy as the estimated noise floor of the audio signal; and reducing, using the one or more processors and the estimated noise floor, noise in the audio signal.
Methanization device , characterized in that it comprises: - a methanization reactor comprising at least one compartment into which a fermentation substrate is inserted, producing an atmosphere comprising at least methane and ammonia; - a unit for extracting the atmosphere from at least one compartment, said unit comprising: - a first duct for extracting atmosphere from at least one compartment; - a washing column into which the first duct emerges and which comprises at least one injector of a purification liquid; - at least one second duct for extracting the washed gas whose ammonia concentration has decreased and for injecting said gas into at least one compartment. - a methanization reactor comprising at least one compartment into which a fermentation substrate is inserted, producing an atmosphere comprising at least methane and ammonia; - a unit for extracting the atmosphere from at least one compartment, said unit comprising: - a first duct for extracting atmosphere from at least one compartment; - a washing column into which the first duct emerges and which comprises at least one injector of a purification liquid; - at least one second duct for extracting the washed gas whose ammonia concentration has decreased and for injecting said gas into at least one compartment. - a first duct for extracting atmosphere from at least one compartment; - a washing column into which the first duct emerges and which comprises at least one injector of a purification liquid; - at least one second duct for extracting the washed gas whose ammonia concentration has decreased and for injecting said gas into at least one compartment.
A control apparatus for load transmission, wherein load is transmitted based on the MultiPath Transmission Control Protocol, MPTCP, and the control apparatus comprises: a receiving module, configured to obtain a first transmission delay of a corresponding first member transmission path when user equipment accesses to a first network, and a second transmission delay of a corresponding second member transmission path when the user equipment accesses to a second network; a processing module, configured to monitor whether at least one of the first transmission delay or the second transmission delay is greater than a first delay threshold, wherein the first delay threshold is a threshold value of a time required by the user equipment to perform the load transmission when the user equipment is controlled to perform offloading; and a sending module, configured to report a trigger event to a policy and charging control entity when the processing module detects that at least one of the first transmission delay or the second transmission delay is greater than the first delay threshold, wherein the trigger event is used to instruct the policy and charging control entity to control, according to the first transmission delay and the second transmission delay that are comprised in the trigger event, and obtained network information fed back by a packet data network gateway, the processing module to perform corresponding load distribution, wherein the network information comprises a quality of service parameter of the first network and a quality of service parameter of the second network. a receiving module, configured to obtain a first transmission delay of a corresponding first member transmission path when user equipment accesses to a first network, and a second transmission delay of a corresponding second member transmission path when the user equipment accesses to a second network; a processing module, configured to monitor whether at least one of the first transmission delay or the second transmission delay is greater than a first delay threshold, wherein the first delay threshold is a threshold value of a time required by the user equipment to perform the load transmission when the user equipment is controlled to perform offloading; and a sending module, configured to report a trigger event to a policy and charging control entity when the processing module detects that at least one of the first transmission delay or the second transmission delay is greater than the first delay threshold, wherein the trigger event is used to instruct the policy and charging control entity to control, according to the first transmission delay and the second transmission delay that are comprised in the trigger event, and obtained network information fed back by a packet data network gateway, the processing module to perform corresponding load distribution, wherein the network information comprises a quality of service parameter of the first network and a quality of service parameter of the second network.
A dispenser for dispensing wet wipes comprising: a container ; a plurality of wet wipes contained within the container ; a dispensing nozzle made of a resilient material secured to the container ; an outlet opening in the dispensing nozzle , the outlet opening being sized to squeeze fluid out of the wet wipe as it is pulled through the dispensing nozzle ; and a fluid retaining member located at a point below the outlet opening , characterized in that the fluid retaining member has a sloped surface and retains fluid squeezed out of the wipe. a container ; a plurality of wet wipes contained within the container ; a dispensing nozzle made of a resilient material secured to the container ; an outlet opening in the dispensing nozzle , the outlet opening being sized to squeeze fluid out of the wet wipe as it is pulled through the dispensing nozzle ; and a fluid retaining member located at a point below the outlet opening , characterized in that the fluid retaining member has a sloped surface and retains fluid squeezed out of the wipe.
An optical fiber sensing expansion apparatus , comprising: a sensing optical fiber; a sensor unit configured to store the sensing optical fiber ; a fixing unit configured to fix the sensor unit to a monitoring object; and a fiber connection unit configured to be capable of connecting the sensing optical fiber to an optical fiber , wherein the fiber connection unit is configured to superimpose a detection result of the sensor unit on an optical signal transmitted by the optical fiber , wherein a wavelength is assigned to the optical fiber sensing expansion apparatus , and the fiber connection unit comprises a filter that is adapted to pass an optical signal of the wavelength assigned to the optical fiber sensing expansion apparatus , and is configured to transmit and receive the optical signal of the wavelength to and from the optical fiber to which the sensing optical fiber is connected. a sensing optical fiber; a sensor unit configured to store the sensing optical fiber ; a fixing unit configured to fix the sensor unit to a monitoring object; and a fiber connection unit configured to be capable of connecting the sensing optical fiber to an optical fiber , wherein the fiber connection unit is configured to superimpose a detection result of the sensor unit on an optical signal transmitted by the optical fiber , wherein a wavelength is assigned to the optical fiber sensing expansion apparatus , and the fiber connection unit comprises a filter that is adapted to pass an optical signal of the wavelength assigned to the optical fiber sensing expansion apparatus , and is configured to transmit and receive the optical signal of the wavelength to and from the optical fiber to which the sensing optical fiber is connected.
A method for advising a person with diabetes, the method performed on a portable electronic device and the method comprising: - establishing, in a memory of the portable electronic device, a library of one or more tasks, wherein each task in the library is related to a therapy recommended to the person with diabetes and the one or more tasks are a subset from a large group of potential tasks, the subset being specific to the therapy recommended to the person; - recording personal data received via an inputting means of the portable electronic device, the personal data representing characteristics of the person related to the person's diabetic condition; - recording real-time data received via the inputting means of the portable electronic device, the real-time data being related to the person's diabetic condition; and - advising the person, via a display of the portable electronic device, to perform a task from the library, based on the personal data and the real-time data, characterized in that the tasks correspond to the characteristics of the portable electronic device in that tasks are omitted from the library if they are not appropriate for the portable electronic device. - establishing, in a memory of the portable electronic device, a library of one or more tasks, wherein each task in the library is related to a therapy recommended to the person with diabetes and the one or more tasks are a subset from a large group of potential tasks, the subset being specific to the therapy recommended to the person; - recording personal data received via an inputting means of the portable electronic device, the personal data representing characteristics of the person related to the person's diabetic condition; - recording real-time data received via the inputting means of the portable electronic device, the real-time data being related to the person's diabetic condition; and - advising the person, via a display of the portable electronic device, to perform a task from the library, based on the personal data and the real-time data, characterized in that the tasks correspond to the characteristics of the portable electronic device in that tasks are omitted from the library if they are not appropriate for the portable electronic device.
A method for controlling a play-out of a media data stream at a receiving device , the media data stream comprising one or more programs and each program comprising one or more program components, the method being performed by a sending device and comprising - defining a zone description for a media zone for at least one program of said one or more programs or at least one program component of said one or more program components in the media data stream, the zone description identifying the media zone for said at least one program or said at least one program component in the media stream, - associating the zone description to a program specific information data segment, the program specific information data segment being a part of the media data stream and comprising data specifying information at least with regard to said at least one program or said at least one program component, and - transmitting the media data stream towards the receiving device, wherein: in the defining step: - the media zone is a segment of the media stream that has special properties, and - the media data stream is a transport stream according to the Moving Pictures Expert Group-2, MPEG-2, transport stream, TS, format; and in the associating step: - the program specific information data segment is a Program Map Table, PMT of the transport stream, wherein the zone description is included in a private table of the transport stream, and wherein the PMT is associated to the private table and the zone description included therein via a first Packet Identifier, PID. - defining a zone description for a media zone for at least one program of said one or more programs or at least one program component of said one or more program components in the media data stream, the zone description identifying the media zone for said at least one program or said at least one program component in the media stream, - associating the zone description to a program specific information data segment, the program specific information data segment being a part of the media data stream and comprising data specifying information at least with regard to said at least one program or said at least one program component, and - transmitting the media data stream towards the receiving device, - the media zone is a segment of the media stream that has special properties, and - the media data stream is a transport stream according to the Moving Pictures Expert Group-2, MPEG-2, transport stream, TS, format; and - the program specific information data segment is a Program Map Table, PMT of the transport stream, wherein the zone description is included in a private table of the transport stream, and wherein the PMT is associated to the private table and the zone description included therein via a first Packet Identifier, PID.