mhurhangee/ep-ind-claims huggingface dataset:
A method for measuring an insulation resistance of a photovoltaic system comprising at least one inverter and at least one photovoltaic panel configured to supply the at least one inverter, the method comprising: setting an initial measurement pulse length value on the basis of a stored measurement pulse length value; performing the measurement of the insulation resistance of the photovoltaic system one or more times by starting from the initial measurement pulse length value and after that each time increasing the measurement pulse length value used until a stable measurement result is achieved, wherein the measurement comprises injecting with a voltage pulse generator voltage pulses having the measurement pulse length to DC connectors (DC+, DC-) connecting the at least one photovoltaic panel and the at least one inverter and wherein the measurement result is determined stable when during the measurement a rate of change of current flowing through the voltage pulse generator is below a predetermined threshold; and after the stable measurement result is achieved, updating the stored measurement pulse length value on the basis of the measurement pulse length value with which the stable measurement result was achieved. setting an initial measurement pulse length value on the basis of a stored measurement pulse length value; performing the measurement of the insulation resistance of the photovoltaic system one or more times by starting from the initial measurement pulse length value and after that each time increasing the measurement pulse length value used until a stable measurement result is achieved, wherein the measurement comprises injecting with a voltage pulse generator voltage pulses having the measurement pulse length to DC connectors (DC+, DC-) connecting the at least one photovoltaic panel and the at least one inverter and wherein the measurement result is determined stable when during the measurement a rate of change of current flowing through the voltage pulse generator is below a predetermined threshold; and after the stable measurement result is achieved, updating the stored measurement pulse length value on the basis of the measurement pulse length value with which the stable measurement result was achieved.
A communication control device comprising: an acquisition unit that acquires a parameter associated with one or more devices of one or more second wireless systems for calculating a coverage of the one or more second wireless systems that share a part or a whole of a frequency allocated to a first wireless system; and a control unit that calculates the coverage of the second wireless system on a basis of the parameter acquired by the acquisition unit and a predetermined reception power reference value, generates information as bitmap indicating by bits whether or not a partitioned geographical range is included in the coverage, and records a reception power level from the second wireless system in the geographical range included in the coverage, wherein the reception power reference value is a value set by the communication control device on a basis of i) a value of an allowable interference power of the first wireless system, ii) the number of devices that perform wireless communication by use of the second wireless system, or iii) a reachable range by a maximum reception power at which a probability that an allowable interference power of the first wireless system does not exceed a threshold is greater than a predetermined value. an acquisition unit that acquires a parameter associated with one or more devices of one or more second wireless systems for calculating a coverage of the one or more second wireless systems that share a part or a whole of a frequency allocated to a first wireless system; and a control unit that calculates the coverage of the second wireless system on a basis of the parameter acquired by the acquisition unit and a predetermined reception power reference value, generates information as bitmap indicating by bits whether or not a partitioned geographical range is included in the coverage, and records a reception power level from the second wireless system in the geographical range included in the coverage, wherein the reception power reference value is a value set by the communication control device on a basis of i) a value of an allowable interference power of the first wireless system, ii) the number of devices that perform wireless communication by use of the second wireless system, or iii) a reachable range by a maximum reception power at which a probability that an allowable interference power of the first wireless system does not exceed a threshold is greater than a predetermined value. i) a value of an allowable interference power of the first wireless system, ii) the number of devices that perform wireless communication by use of the second wireless system, or iii) a reachable range by a maximum reception power at which a probability that an allowable interference power of the first wireless system does not exceed a threshold is greater than a predetermined value.
Method of transmitting a current from a first conductor (1,10,20,31,40) to a second conductor (2,11,21,32,41) which conductors are in contacting relationship along a contact interface (6,16,23) wherein a liquid lubricant forming a colloidal suspension of graphite particles is introduced at the contact interface, characterized in that the contact interface forms a plane, the lubricant comprises a non-conducting oil with a viscosity between 1 and 10 mm 2 /s, the particle size being between 1 and 1000 nm, providing an insulating behavior at gap widths between the first and second conductor above 0.5 mm and becoming highly conductive at gap widths below 0.1 mm.
Anti-overturn device for furniture comprising a first element to be fixed to a wall configured to cooperate with a second element to be fixed to a furniture, said first element being a plate elongated along a longitudinal axis (X-X) and comprising a pocket for the engagement with said second element, characterized in that said second element comprises a one-piece support to be fixed to said furniture, said element being provided with a hole engaged by a threaded pin onto which a rotating member is screwed, so that the pin rotation is carried out on an axis (A-A) orthogonal to the wall when the furniture with said second element is close to the same wall, in order to allow also the rotation of the member around said pin axis to alternately engage and disengage said first element.
A luminaire comprising a hollow light transmissive body, an LED assembly comprised by the hollow light transmissive body, and a first end cap closing the hollow light transmissive body at a first end of the hollow light transmissive body and functionally coupled to the hollow light transmissive body; wherein - the LED assembly is functionally coupled to a connector part; - the first end cap is functionally coupled to a complementary connector part, complementary to the connector part; and - the LED assembly and the first end cap are associated with each other through the connector parts (132, 222), while allowing a translational movement of the LED assembly along a longitudinal axis relative to the hollow light transmissive body, wherein the luminaire comprises a resilient element arranged for forcing the LED assembly and the first end cap in a direction to each other, characterized in that the resilient element is coupled to the LED assembly and to the connector part, and wherein the connector part is arranged translationally movable relative to the LED assembly. - the LED assembly is functionally coupled to a connector part; - the first end cap is functionally coupled to a complementary connector part, complementary to the connector part; and - the LED assembly and the first end cap are associated with each other through the connector parts (132, 222), while allowing a translational movement of the LED assembly along a longitudinal axis relative to the hollow light transmissive body,
A method of collecting mononuclear cells, comprising: providing whole blood stored in suitable containers; separating the whole blood into plasma and cellular components; combining the cellular components with plasma replacement fluid to form a first mixture; and separating the first mixture into mononuclear cells and at least one component, wherein the steps of separating whole blood into plasma and cellular components and separating the first mixture into mononuclear cells and at least one component take place at the same time. providing whole blood stored in suitable containers; separating the whole blood into plasma and cellular components; combining the cellular components with plasma replacement fluid to form a first mixture; and separating the first mixture into mononuclear cells and at least one component, wherein the steps of separating whole blood into plasma and cellular components and separating the first mixture into mononuclear cells and at least one component take place at the same time.
A thermoelectric conversion module which has a P-type thermoelectric conversion material and an N-type thermoelectric conversion material electrically connected to each other, wherein the P-type thermoelectric conversion material and the N-type thermoelectric conversion material are joined with insulating material particles interposed between joint surfaces of the both thermoelectric conversion materials, so as not to be electrically connected to each other, the insulating material particles are joined to the P-type thermoelectric conversion material with a first adhesive material interposed therebetween and to the N-type thermoelectric conversion material with a second adhesive material interposed therebetween, and the P-type thermoelectric conversion material and the N-type thermoelectric conversion material are electrically connected to each other in a region other than the region in which the thermoelectric conversion materials are joined with the first adhesive material and the second adhesive material and the insulating material particles interposed therebetween, wherein the first adhesive material and the second adhesive material are kept not in contact with each other.
An electron microscope comprising: an electron optical system; and a control unit that controls the electron optical system, the control unit performing: processing for determining a standard deviation of a brightness distribution of an electron microscope image; processing for determining an optimum value of a parameter of the electron optical system such that the standard deviation becomes the maximum, by Gaussian process regression; and processing for capturing the electron microscope image with setting a value of the parameter to the optimum value, and the control unit repeating the processing for determining the standard deviation, the processing for determining the optimum value, and the processing for capturing the electron microscope image to determine a value of the parameter. an electron optical system; and a control unit that controls the electron optical system, the control unit performing: processing for determining a standard deviation of a brightness distribution of an electron microscope image; processing for determining an optimum value of a parameter of the electron optical system such that the standard deviation becomes the maximum, by Gaussian process regression; and processing for capturing the electron microscope image with setting a value of the parameter to the optimum value, and the control unit repeating the processing for determining the standard deviation, the processing for determining the optimum value, and the processing for capturing the electron microscope image to determine a value of the parameter. processing for determining a standard deviation of a brightness distribution of an electron microscope image; processing for determining an optimum value of a parameter of the electron optical system such that the standard deviation becomes the maximum, by Gaussian process regression; and processing for capturing the electron microscope image with setting a value of the parameter to the optimum value, and the control unit repeating the processing for determining the standard deviation, the processing for determining the optimum value, and the processing for capturing the electron microscope image to determine a value of the parameter.
A method for displaying a three-dimension interface, characterized in that, the method is based on an android system of a television and the method comprises: an android system service layer monitoring a three-dimension engine library; the three-dimension engine library transmitting a user operation command to the android system service layer; the android system service layer searching a java terminal corresponding to the user operation command in multiple java terminals according to the user operation command, wherein a java terminal is a port of a java virtual machine corresponding to a java program that is in charge of the operation control of the user operation command; the android system service layer transmitting the user operation command to the corresponding java terminal; the corresponding java program generating a responding instruction according to the user operation command and sending the responding instruction to the android system service layer via the corresponding java terminal; the android system service layer sending the responding instruction to the three-dimension engine library; and the three-dimension engine library controlling a three-dimension model file to load a three-dimension model corresponding to the responding instruction and redrawing the three-dimension interface accordingly. an android system service layer monitoring a three-dimension engine library; the three-dimension engine library transmitting a user operation command to the android system service layer; the android system service layer searching a java terminal corresponding to the user operation command in multiple java terminals according to the user operation command, wherein a java terminal is a port of a java virtual machine corresponding to a java program that is in charge of the operation control of the user operation command; the android system service layer transmitting the user operation command to the corresponding java terminal; the corresponding java program generating a responding instruction according to the user operation command and sending the responding instruction to the android system service layer via the corresponding java terminal; the android system service layer sending the responding instruction to the three-dimension engine library; and the three-dimension engine library controlling a three-dimension model file to load a three-dimension model corresponding to the responding instruction and redrawing the three-dimension interface accordingly.
A wireless charging system comprising: a communication module that comprises a transceiver for communicating with a diagnostic tool; a power module that comprises a computer processor for receiving power signals from a power source; and an output module that comprises a power circuitry for outputting a power signal to wirelessly charge the diagnostic tool; characterized in that the communication module is designed to receive information from the diagnostic tool and a user; the wireless charging system comprises a tool module that is designed to receive the information about the diagnostic tool from the communication module, and to compare the received information about the diagnostic tool with information of the diagnostic tool stored in the tool module in order to identify an electrical specification of the diagnostic tool; and the output module is designed to receive the electrical specification of the diagnostic tool from the tool module and to output the power signal based at least in part on the electrical specification of the diagnostic tool. a communication module that comprises a transceiver for communicating with a diagnostic tool; a power module that comprises a computer processor for receiving power signals from a power source; and an output module that comprises a power circuitry for outputting a power signal to wirelessly charge the diagnostic tool; characterized in that the communication module is designed to receive information from the diagnostic tool and a user; the wireless charging system comprises a tool module that is designed to receive the information about the diagnostic tool from the communication module, and to compare the received information about the diagnostic tool with information of the diagnostic tool stored in the tool module in order to identify an electrical specification of the diagnostic tool; and the output module is designed to receive the electrical specification of the diagnostic tool from the tool module and to output the power signal based at least in part on the electrical specification of the diagnostic tool.
A system for delivering radiation treatment to a targeted tissue in a patient, comprising: an array of accelerating structures, wherein each accelerating structure is adapted to supply beams to one or more beamlines that extend to a common target at the targeted tissue for delivery of radiation treatment to the targeted tissue; one or more beam steering devices disposed within each of the accelerating structures of the array, the one or more beam steering devices configured for receiving one or more particle beams from one or more accelerators and steering the one or more beams to the common target at the targeted tissue; a controller configured for controlling and directing power to select accelerating structures of the array so as to deliver an entire treatment dose to the targeted tissue from differing directions through the selected accelerating structures; wherein the array of accelerating structures is a radial array disposed about a first longitudinal axis extending through the common target; characterised in that a distal portion of each accelerating structure of the array extends toward the common target in a non-coplanar arrangement of beamlines. an array of accelerating structures, wherein each accelerating structure is adapted to supply beams to one or more beamlines that extend to a common target at the targeted tissue for delivery of radiation treatment to the targeted tissue; one or more beam steering devices disposed within each of the accelerating structures of the array, the one or more beam steering devices configured for receiving one or more particle beams from one or more accelerators and steering the one or more beams to the common target at the targeted tissue; a controller configured for controlling and directing power to select accelerating structures of the array so as to deliver an entire treatment dose to the targeted tissue from differing directions through the selected accelerating structures; wherein the array of accelerating structures is a radial array disposed about a first longitudinal axis extending through the common target; characterised in that a distal portion of each accelerating structure of the array extends toward the common target in a non-coplanar arrangement of beamlines.
A lid connected to a container for covering an opening of the container, comprising: a lid body adapted to be removably attached to the opening of the container, a spout unit comprising a spout and a passage in fluid communication with the spout and with the opening of the container, wherein the spout unit is mounted such that at least a part of the spout protrudes beyond the lid body and the passage is disposed in the lid body, a cover member, characterised in that the cover member is movable between a locked position wherein the cover member acts on the spout unit, thereby causing twistable turning of the passage of the spout unit to prevent a fluid contained in the container from being dispensed through the opening of the container, and an unlocked position wherein the action on the spout unit is released, thereby allowing untwisting of the twisted passage to resume the fluid communication of the passage with the spout and the opening of the container for dispensing the fluid. a lid body adapted to be removably attached to the opening of the container, a spout unit comprising a spout and a passage in fluid communication with the spout and with the opening of the container, wherein the spout unit is mounted such that at least a part of the spout protrudes beyond the lid body and the passage is disposed in the lid body, a cover member, characterised in that the cover member is movable between a locked position wherein the cover member acts on the spout unit, thereby causing twistable turning of the passage of the spout unit to prevent a fluid contained in the container from being dispensed through the opening of the container, and an unlocked position wherein the action on the spout unit is released, thereby allowing untwisting of the twisted passage to resume the fluid communication of the passage with the spout and the opening of the container for dispensing the fluid.
A sandwich structure, comprising: a first skin and a second skin; a first hinge member being movably coupled to the first skin at a first skin joint; and a second hinge member being movably coupled to the second skin at a second skin joint; and the first hinge member and the second hinge member being movably coupled to one another at a member joint located between the first and second skin joint (40, 50), characterised in that: each one of the first and second hinge members (32, 42) is comprised of at least two bars forming a triangular subassembly; each bar having a proximal end (36, 46) and a distal end (38, 48); the proximal end (36, 46) of each one of the bars being coupled to a corresponding one of the first and second skins (18, 20) at the corresponding first and second skin joint (40, 50); and the distal ends (38, 48) of the bars being coupled to one another at the member joint, such that the triangular subassemblies coupled at the member joint form a pyramidal assembly. a first skin and a second skin; a first hinge member being movably coupled to the first skin at a first skin joint; and a second hinge member being movably coupled to the second skin at a second skin joint; and the first hinge member and the second hinge member being movably coupled to one another at a member joint located between the first and second skin joint (40, 50), each one of the first and second hinge members (32, 42) is comprised of at least two bars forming a triangular subassembly; each bar having a proximal end (36, 46) and a distal end (38, 48); the proximal end (36, 46) of each one of the bars being coupled to a corresponding one of the first and second skins (18, 20) at the corresponding first and second skin joint (40, 50); and the distal ends (38, 48) of the bars being coupled to one another at the member joint, such that the triangular subassemblies coupled at the member joint form a pyramidal assembly.