mhurhangee/patent-ind-claim-en huggingface dataset:
A luggage article comprising: a housing 102 defined by first 180 and second 182 shell portions hingedly connected together at a split line 184, the housing 102 defining an internal storage volume; one or more dividers 354 dividing the internal storage volume of the housing 102 into multiple storage compartments; and an adjustment assembly 352 movably securing each of the one or more dividers 354 within at least one of the first 180 and second 182 shell portions, the adjustment assembly 352 including a ratchet mechanism 353 selectively positioning the one or more dividers 354 at a desired level within the at least one of the first 180 and second 182 shell portions. a housing 102 defined by first 180 and second 182 shell portions hingedly connected together at a split line 184, the housing 102 defining an internal storage volume; one or more dividers 354 dividing the internal storage volume of the housing 102 into multiple storage compartments; and an adjustment assembly 352 movably securing each of the one or more dividers 354 within at least one of the first 180 and second 182 shell portions, the adjustment assembly 352 including a ratchet mechanism 353 selectively positioning the one or more dividers 354 at a desired level within the at least one of the first 180 and second 182 shell portions.
A cloud gateway device , comprising: a device interface component adapted to receive (1502;1602) data from one or more controller tags of an industrial controller associated with an industrial automation system; and a cloud interface component adapted to couple the cloud gateway device to a cloud platform and send the data to the cloud platform, wherein the one or more controller tags and a uniform resource locator, URL, of the cloud platform are defined in a configuration file associated with the cloud gateway device; wherein the cloud interface component is adapted to send the data to the cloud platform at an upload frequency controlled by a cloud-based application from the cloud platform; and wherein the cloud interface component is adapted to download an updated version of the configuration file in response to a determination that the configuration file stored locally at the cloud gateway device is out of date. a device interface component adapted to receive (1502;1602) data from one or more controller tags of an industrial controller associated with an industrial automation system; and a cloud interface component adapted to couple the cloud gateway device to a cloud platform and send the data to the cloud platform, wherein the one or more controller tags and a uniform resource locator, URL, of the cloud platform are defined in a configuration file associated with the cloud gateway device; wherein the cloud interface component is adapted to send the data to the cloud platform at an upload frequency controlled by a cloud-based application from the cloud platform; and wherein the cloud interface component is adapted to download an updated version of the configuration file in response to a determination that the configuration file stored locally at the cloud gateway device is out of date. wherein the one or more controller tags and a uniform resource locator, URL, of the cloud platform are defined in a configuration file associated with the cloud gateway device; wherein the cloud interface component is adapted to send the data to the cloud platform at an upload frequency controlled by a cloud-based application from the cloud platform; and wherein the cloud interface component is adapted to download an updated version of the configuration file in response to a determination that the configuration file stored locally at the cloud gateway device is out of date.
An obligate methanotrophic bacteria comprising a heterologous nucleic acid encoding a lactate dehydrogenase (LDH), wherein the methanotrophic bacteria is capable of converting methane into lactate.
Device for metering particles to be spread for an agricultural machine, comprising a base which is intended to form a lower portion of a hopper for storing said particles of said agricultural machine, characterised in that said base comprises a lateral wall which has at least one opening which is intended for the passage of the particles to be spread through at least one calibrated hole , and in that a curved hatch can be moved in rotation about a substantially horizontal axis between a position for closing said at least one opening and a position for maximum release of said at least one opening, and in that said axis is arranged outside said base and said hopper.
A method for calibrating focus of a camera unit , the method comprising: obtaining a first image captured by the camera unit ; selecting a first set of two or more reference regions from the first image; computing a first focus convergence parameter based on the first set of two or more reference regions ; adjusting optical properties of optics of the camera unit and rotating the camera unit to change location of a focus of the optics ; obtaining a second image captured by the camera unit ; selecting a second set of two or more reference regions from the second image ; computing a second focus convergence parameter based on the second set of two or more reference regions of the second image; and comparing the first and second focus convergence parameter to determine if focus quality was improved. obtaining a first image captured by the camera unit ; selecting a first set of two or more reference regions from the first image; computing a first focus convergence parameter based on the first set of two or more reference regions ; adjusting optical properties of optics of the camera unit and rotating the camera unit to change location of a focus of the optics ; obtaining a second image captured by the camera unit ; selecting a second set of two or more reference regions from the second image ; computing a second focus convergence parameter based on the second set of two or more reference regions of the second image; and comparing the first and second focus convergence parameter to determine if focus quality was improved.
An ultrasound device , comprising: at least one ultrasonic transducer element integrated on a semiconductor die ; an analog to digital converter, ADC integrated on the semiconductor die , wherein the ADC is configured to process a signal output from the at least one ultrasonic transducer element to produce a digital signal; and a compression circuit integrated on the semiconductor die and configured to generate a compressed signal by compressing the digital signal, wherein the compressed signal is configured to be transmitted out of the semiconductor die as a data stream, and wherein the compression circuit comprises a filter , a decimation circuit , and an arithmetic logic unit, ALU , wherein an output of the filter is coupled to an input of the decimation circuit , the ultrasound device being characterized in that the compression circuit further comprises a re-quantization circuit , wherein an output of the decimation circuit is coupled to an input of the re-quantization circuit , and an output of the re-quantization circuit is coupled to an input of the ALU . at least one ultrasonic transducer element integrated on a semiconductor die ; an analog to digital converter, ADC integrated on the semiconductor die , wherein the ADC is configured to process a signal output from the at least one ultrasonic transducer element to produce a digital signal; and a compression circuit integrated on the semiconductor die and configured to generate a compressed signal by compressing the digital signal, wherein the compressed signal is configured to be transmitted out of the semiconductor die as a data stream, and wherein the compression circuit comprises a filter , a decimation circuit , and an arithmetic logic unit, ALU , wherein an output of the filter is coupled to an input of the decimation circuit , the ultrasound device being characterized in that the compression circuit further comprises a re-quantization circuit , wherein an output of the decimation circuit is coupled to an input of the re-quantization circuit , and an output of the re-quantization circuit is coupled to an input of the ALU .
A low temperature plasma probe comprising÷ a housing comprising a discharge gas inlet port, a probe tip, two electrodes, and a dielectric barrier characterized in that : the two electrodes comprise a center electrode and an outer electrode and the two electrodes are separated by the dielectric barrier, and wherein application of AC voltage to the two electrodes from a power supply generates an electric field and a low temperature plasma, wherein a first of the two electrodes is spaced apart from a second of the two electrodes such that the electric field produced by the two electrodes extends the low temperature plasma out of the probe tip, wherein the position of the center electrode is adjustable so as to change the electric field produced by the two electrodes.
A method for forming a chewing gum product, the method comprising: providing a gum forming system including at least one roller ; moving a gum composition toward and through said forming system in a direction of flow; and creating a plurality of thickness variations in said gum composition in said direction of said flow and in a direction away from said flow via said at least one roller of said forming system . providing a gum forming system including at least one roller ; moving a gum composition toward and through said forming system in a direction of flow; and creating a plurality of thickness variations in said gum composition in said direction of said flow and in a direction away from said flow via said at least one roller of said forming system .
Method for operating a cable car system having at least two cable car stations and having at least one self-contained haul cable extending between the cable car stations, to which at least one cable car vehicle is coupled, or having at least one suspension cable , on which at least one cable car vehicle is moved by means of at least one traction cable , wherein the at least one cable car vehicle is moved between the cable car stations by means of the haul cable or the traction cable , and having at least one cable car support over which the haul cable or the suspension cable and the traction cable are guided, wherein the travelling positions of the at least one cable car vehicle along the travelling routes are determined by means of at least one measuring device , and wherein the travelling positions of the at least one cable car vehicle along the travelling routes are transmitted to a control unit and are processed and stored therein, characterized in that a signal is input into the control unit by means of an input device located on the at least one cable car support such that maintenance or assembly work and the like are carried out on this cable car support , wherein, when a cable car vehicle approaches the cable car support , the drive for moving the at least one cable car vehicle is regulated by the control unit in such a way that in the region of the cable car support the cable car vehicle is moved at a speed which is greatly reduced in relation to the operating speed or stopped.
A distribution system for an agricultural field sprayer , for the application of spray liquids, with at least one storage container for providing the respective spray liquid, wherein the spray liquid is conveyed by means of a pump at a variably changeable pressure and/or by means of a pressure regulated to a constant value from the storage container along a liquid line guided to a spray boom attached to the field sprayer , as a result of which spray nozzles are in each case supplied with spray liquid, wherein a switching element which is activated by means of variably changeable pulse width modulation is assigned to or arranged downstream of the liquid line , and in that at least two spray nozzles which are spaced apart from one another and are fluidically connected to the switching element are arranged downstream of the latter, characterized in that the frequency of the pulse width modulation is correspondingly varied depending on the number of spray nozzles arranged downstream of the switching element and/or depending on the cross sections of the spray nozzles and/or depending on the distances between the spray nozzles .
A control system for a wind turbine system comprising two or more wind turbine modules mounted to a common support structure , the control system comprises: a local controller arranged for each wind turbine modules, and each local controller implementing a local model predictive control (MPC) routine; a central controller being in communicative connection with each local controller, the central controller being arranged to determine a set of operational constraints of the wind turbine modules, the central controller being implemented as a control loop feedback controller; wherein the local MPC routine being arranged for receiving a current operational state of the wind turbine module and based on the current operational state and the set of operational constraints, calculate one or more predicted operational trajectories , the one or more predicted operational trajectories include a predicted control trajectory , where a trajectory comprises a time series of at least one variable wherein a cost function of the local model predictive control routine comprises a structural model (50A-50D) for predicting the motion of the wind turbine module of the local controller, the structural model includes a structural model of the wind turbine system taking into account an aerodynamic force (F T ) applied to the wind turbine module of the local controller without taking into account aerodynamic forces applied to other wind turbine modules of the wind turbine system; controlling the wind turbine module using the control trajectory. a local controller arranged for each wind turbine modules, and each local controller implementing a local model predictive control (MPC) routine; a central controller being in communicative connection with each local controller, the central controller being arranged to determine a set of operational constraints of the wind turbine modules, the central controller being implemented as a control loop feedback controller; wherein the local MPC routine being arranged for receiving a current operational state of the wind turbine module and based on the current operational state and the set of operational constraints, calculate one or more predicted operational trajectories , the one or more predicted operational trajectories include a predicted control trajectory , where a trajectory comprises a time series of at least one variable wherein a cost function of the local model predictive control routine comprises a structural model (50A-50D) for predicting the motion of the wind turbine module of the local controller, the structural model includes a structural model of the wind turbine system taking into account an aerodynamic force (F T ) applied to the wind turbine module of the local controller without taking into account aerodynamic forces applied to other wind turbine modules of the wind turbine system; controlling the wind turbine module using the control trajectory.
A method performed by a radio network equipment distributed unit , the method comprising: transmitting , to a radio network equipment central unit , a message that indicates an update to a transport layer address of a radio network equipment distributed unit from an old transport layer address to a new transport layer address , wherein the message indicates the old transport layer address and indicates the new transport layer address , wherein, multiple user plane bearers or transport layer tunnels (17-1...17-N) are associated with the old transport layer address , and the message informs that for each of the multiple user plane bearers or transport layer tunnels (17-1...17-N) associated with the old transport layer address , the old transport layer address is to be updated to the new transport layer address , and wherein (i) the radio network equipment distributed unit is a distributed unit of an integrated access backhaul, IAB, node, and wherein the radio network equipment central unit is a central unit of an IAB donor that is a donor for the IAB node, or (ii) the radio network equipment distributed unit is a distributed unit of a radio network equipment and the radio network equipment central unit is a central unit of the same radio network equipment . transmitting , to a radio network equipment central unit , a message that indicates an update to a transport layer address of a radio network equipment distributed unit from an old transport layer address to a new transport layer address , wherein the message indicates the old transport layer address and indicates the new transport layer address , wherein, multiple user plane bearers or transport layer tunnels (17-1...17-N) are associated with the old transport layer address , and the message informs that for each of the multiple user plane bearers or transport layer tunnels (17-1...17-N) associated with the old transport layer address , the old transport layer address is to be updated to the new transport layer address , and wherein (i) the radio network equipment distributed unit is a distributed unit of an integrated access backhaul, IAB, node, and wherein the radio network equipment central unit is a central unit of an IAB donor that is a donor for the IAB node, or (ii) the radio network equipment distributed unit is a distributed unit of a radio network equipment and the radio network equipment central unit is a central unit of the same radio network equipment . (i) the radio network equipment distributed unit is a distributed unit of an integrated access backhaul, IAB, node, and wherein the radio network equipment central unit is a central unit of an IAB donor that is a donor for the IAB node, or (ii) the radio network equipment distributed unit is a distributed unit of a radio network equipment and the radio network equipment central unit is a central unit of the same radio network equipment .
A board work machine comprising: a holding tool configured to hold a leaded component ; a moving device configured to move the holding tool along an upper surface of a board; and a control device configured to control operation of the moving device , characterized in that the control device is configured to, by controlling operation of the moving device , move a lead of the leaded component being held by the holding tool in a state contacting the upper surface of the board and being elastically deformed so as to insert the lead into a through-hole formed in the board. a holding tool configured to hold a leaded component ; a moving device configured to move the holding tool along an upper surface of a board; and a control device configured to control operation of the moving device , characterized in that the control device is configured to, by controlling operation of the moving device , move a lead of the leaded component being held by the holding tool in a state contacting the upper surface of the board and being elastically deformed so as to insert the lead into a through-hole formed in the board.
A semisubmersible floating platform for supporting at least one wind turbine, comprising four buoyant columns ; a transition piece having four arms arranged in star configuration and protruding from a central point on which the wind turbine is located in use of the platform, the transition piece being disposed on the buoyant columns at the upper end thereof, the connection between the transition piece and the upper end of the four columns being designed to be located above the sea splash zone; and a heave plate ; the semisubmersible floating platform being characterized in that it further comprises a ring pontoon comprising four pontoon portions forming a quadrilateral-shaped ring pontoon , wherein the first lower end of each column is attached to a respective corner of said quadrilateral-shaped ring pontoon , the heave plate being assembled to the internal perimeter of the ring pontoon , the pontoon and heave plate defining a hollow, each of the buoyant columns comprising at least one ballast tank configured for, in use of the platform, allocating sea water in order to adjust the draft and to compensate for the inclination of the platform , said at least one ballast tank comprised in each column being independent of the at least one ballast tank of the other columns .
Polymer-based material having covalently bonded, enzymatically degradable peptide sequences which have at least one site which is enzymatically cleavable by proteases and which is selected from a group of cleavable sites consisting of a site cleavable by tobacco etch virus protease, a site cleavable by human rhinovirus 3C protease, a site cleavable by factor X a protease, a site cleavable by thrombin protease, a site cleavable by enterokinase, a site cleavable by sortase A protease, a site cleavable by caspase 3 protease, a site cleavable by granzyme B serine protease, a site cleavable by a fusion protein composed of glutathione S-transferase (GST) and human rhinovirus (HRV) type 14 3C protease, wherein the peptide sequences each consist of two to fifteen amino acids and are incorporated in the polymer-based material or conjugated to the polymer-based material such that they are connecting molecules (linkers) in a two-dimensional or three-dimensional structure of the polymer-based material, with the result that an enzyme addition-controlled degradation of a covalent bond of the peptide sequence causes either a bioorthogonal degradation of the three-dimensional structure or, in the case of a conjugation of the peptide sequence to the polymer-based material, the release of at least a portion of the molecule.