mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for estimating capacitance of a DC link capacitor of a unit power cell in a medium-voltage inverter in which a plurality of unit power cells connected in series output a single phase voltage to a motor , the apparatus comprising: a controller configured to generate a first voltage reference to each of the plurality of unit power cells , and generate a select signal for selecting a first unit power cell to be used for estimating capacitance of a DC link capacitor from among the plurality of unit power cells ; and a driving unit configured to correct the first voltage reference by using a load current angle according to the select signal, the load current angle being calculated based on an output current (lout) from a current sensor , the driving unit being further configured to estimate capacitance of the DC link capacitor of the first unit power cell, generate a gating signal for generating a corrected second voltage reference in consideration of a DC link voltage measured by a voltage sensor , and provide the generated gating signal to a second unit power cell other than the first unit power cell among the plurality of unit power cells . a controller configured to generate a first voltage reference to each of the plurality of unit power cells , and generate a select signal for selecting a first unit power cell to be used for estimating capacitance of a DC link capacitor from among the plurality of unit power cells ; and a driving unit configured to correct the first voltage reference by using a load current angle according to the select signal, the load current angle being calculated based on an output current (lout) from a current sensor , the driving unit being further configured to estimate capacitance of the DC link capacitor of the first unit power cell, generate a gating signal for generating a corrected second voltage reference in consideration of a DC link voltage measured by a voltage sensor , and provide the generated gating signal to a second unit power cell other than the first unit power cell among the plurality of unit power cells .
A method for tracking memory allocation within shared memory, comprising: receiving , by one or more processors , instructions to execute a process; assigning , by the one or more processors , a process identifier to the process; allocating , by the one or more processors , one or more blocks of the shared memory to store process specific data associated with the process, wherein the one or more blocks of the shared memory are addressable with a reference; storing , by the one or more processors , the process identifier at an index in a first array ; storing , by the one or more processors , the reference to the one or more blocks of the shared memory at the index in a second array ; executing, by the one or more processors , the process; determining a disruption in the execution of the process; accessing, by the one or more processors , the first array to obtain the index comprising the process identifier; accessing, by the one or more processors , the second array at the obtained index to obtain the reference to the one or more blocks of the shared memory; and reinitializing, by the one or more processors , the process with the process specific data stored in the one or more blocks of the shared memory. receiving , by one or more processors , instructions to execute a process; assigning , by the one or more processors , a process identifier to the process; allocating , by the one or more processors , one or more blocks of the shared memory to store process specific data associated with the process, wherein the one or more blocks of the shared memory are addressable with a reference; storing , by the one or more processors , the process identifier at an index in a first array ; storing , by the one or more processors , the reference to the one or more blocks of the shared memory at the index in a second array ; executing, by the one or more processors , the process; determining a disruption in the execution of the process; accessing, by the one or more processors , the first array to obtain the index comprising the process identifier; accessing, by the one or more processors , the second array at the obtained index to obtain the reference to the one or more blocks of the shared memory; and reinitializing, by the one or more processors , the process with the process specific data stored in the one or more blocks of the shared memory.
A method for treating a seed, comprising applying to the seed an aqueous seed treatment composition comprising: (A) an aqueous polyester-polyurethane dispersion; and (B) one or more insecticides, fungicides, nematicides and/or other pesticides, wherein the aqueous polyurethane dispersion forms a film exhibiting: (a) a microhardness of 4 to 34 N/mm 2 ; (b) a glass transition temperature, T g , of -79°C to -4°C, (c) a percent elongation of 44 to 300, and (d) a tensile strength of 2500 Ib/in 2 (17.2 MPa) to 5600 Ib/in 2 (38.6 MPa), and the seed comprises one selected from the group consisting of corn seed, sorghum seed, oat seed, rye seed, barley seed, soybean seed, vegetable seed, wheat seed, sugarbeat seed, rice, sunflower seed, lettuce seed and spinach seed. (A) an aqueous polyester-polyurethane dispersion; and (B) one or more insecticides, fungicides, nematicides and/or other pesticides, wherein the aqueous polyurethane dispersion forms a film exhibiting: (a) a microhardness of 4 to 34 N/mm 2 ; (b) a glass transition temperature, T g , of -79°C to -4°C, (c) a percent elongation of 44 to 300, and (d) a tensile strength of 2500 Ib/in 2 (17.2 MPa) to 5600 Ib/in 2 (38.6 MPa), and the seed comprises one selected from the group consisting of corn seed, sorghum seed, oat seed, rye seed, barley seed, soybean seed, vegetable seed, wheat seed, sugarbeat seed, rice, sunflower seed, lettuce seed and spinach seed. the aqueous polyurethane dispersion forms a film exhibiting: (a) a microhardness of 4 to 34 N/mm 2 ; (b) a glass transition temperature, T g , of -79°C to -4°C, (c) a percent elongation of 44 to 300, and (d) a tensile strength of 2500 Ib/in 2 (17.2 MPa) to 5600 Ib/in 2 (38.6 MPa), and (a) a microhardness of 4 to 34 N/mm 2 ; (b) a glass transition temperature, T g , of -79°C to -4°C, (c) a percent elongation of 44 to 300, and (d) a tensile strength of 2500 Ib/in 2 (17.2 MPa) to 5600 Ib/in 2 (38.6 MPa), and the seed comprises one selected from the group consisting of corn seed, sorghum seed, oat seed, rye seed, barley seed, soybean seed, vegetable seed, wheat seed, sugarbeat seed, rice, sunflower seed, lettuce seed and spinach seed.
A convolutional neural network-based image processing method implemented on an image processing device comprising: receiving, in a second layer , multi-channel feature map images generated by applying a convolution operation to an input image of a convolutional neural network having a plurality of layers with a plurality of filter kernels of a first layer ; characterised by : analyzing a dynamic range of the multi-channel feature map images ; re-ordering the multi-channel feature map images 125), based on the dynamic range; and processing the re-ordered multi-channel feature map images in the second layer , wherein the processing comprises performing inter-channel inter-prediction on the re-ordered multi-channel feature map images . receiving, in a second layer , multi-channel feature map images generated by applying a convolution operation to an input image of a convolutional neural network having a plurality of layers with a plurality of filter kernels of a first layer ; characterised by : analyzing a dynamic range of the multi-channel feature map images ; re-ordering the multi-channel feature map images 125), based on the dynamic range; and processing the re-ordered multi-channel feature map images in the second layer , wherein the processing comprises performing inter-channel inter-prediction on the re-ordered multi-channel feature map images . analyzing a dynamic range of the multi-channel feature map images ; re-ordering the multi-channel feature map images 125), based on the dynamic range; and processing the re-ordered multi-channel feature map images in the second layer , wherein the processing comprises performing inter-channel inter-prediction on the re-ordered multi-channel feature map images .
A washing machine comprising: a first housing ; a second housing arranged above the first housing and having a laundry inlet arranged on a top thereof; a first tub included in the first housing and having a first opening on a front thereof; a second tub included in the second housing and having a second opening on a top thereof; and a detergent container arranged in the second housing to store a detergent to be supplied to the first tub and a door coupled to the second housing to open or close the laundry inlet , characterized in that , the washing machine further comprising: a container cover coupled to one side of the laundry inlet of the second housing to cover the detergent container , the container cover comprising a first recess formed on the top of an end toward the door , wherein the first recess is formed to be recessed in a direction away from the door . a first housing ; a second housing arranged above the first housing and having a laundry inlet arranged on a top thereof; a first tub included in the first housing and having a first opening on a front thereof; a second tub included in the second housing and having a second opening on a top thereof; and a detergent container arranged in the second housing to store a detergent to be supplied to the first tub and a door coupled to the second housing to open or close the laundry inlet , characterized in that ,
A moisture detection element comprising: an insulating substrate of an insulating material; an application part which is formed on the insulating substrate and configured to be connected to a power supply for applying a voltage to the application part; and an output part which is formed on the insulating substrate and configured to output a voltage signal in response to a current flowing through an electric path via water molecules adhering to a surface of the insulating substrate under the voltage applied to the application part, characterized in that a plurality of conductive parts which are electrically insulated from the application part and the output part, are provided on the insulating substrate, and an insulation of an insulating material is provided on the upper surfaces of the application part, the output part and the plurality of conductive parts but not on their respective side surfaces. an insulating substrate of an insulating material; an application part which is formed on the insulating substrate and configured to be connected to a power supply for applying a voltage to the application part; and an output part which is formed on the insulating substrate and configured to output a voltage signal in response to a current flowing through an electric path via water molecules adhering to a surface of the insulating substrate under the voltage applied to the application part, characterized in that a plurality of conductive parts which are electrically insulated from the application part and the output part, are provided on the insulating substrate, and an insulation of an insulating material is provided on the upper surfaces of the application part, the output part and the plurality of conductive parts but not on their respective side surfaces.
A heat exchanger comprising: - a tube bundle intended to internally receive a first operating fluid, said tube bundle having a prevalent extension of development along a longitudinal direction (A), - a shell structure comprising an inlet opening at a first longitudinal end , said shell structure apt to allow a circulation inside thereof a second operating fluid, said shell structure being arranged coaxially to surround said tube bundle , wherein an inner casing to the shell structure circumscribes said tube bundle within a heat exchange chamber in such a way that between said casing and said shell structure is defined an annular region extending in a continuous way along the length (L) of said tube bundle , wherein said annular region is in fluid communication with said heat exchange chamber through an outflow opening obtained at a second longitudinal end of said casing , wherein said casing is further provided with one or more through openings at said first longitudinal end , wherein at said second longitudinal end the inner casing comprises a rear wall which faces an outlet opening of the second operating fluid from the heat exchanger , said outlet opening being provided by said shell structure at said second longitudinal end , wherein said inlet opening and said outlet opening are in fluid communication by means of said annular region . - a tube bundle intended to internally receive a first operating fluid, said tube bundle having a prevalent extension of development along a longitudinal direction (A), - a shell structure comprising an inlet opening at a first longitudinal end , said shell structure apt to allow a circulation inside thereof a second operating fluid, said shell structure being arranged coaxially to surround said tube bundle , wherein an inner casing to the shell structure circumscribes said tube bundle within a heat exchange chamber in such a way that between said casing and said shell structure is defined an annular region extending in a continuous way along the length (L) of said tube bundle , wherein said annular region is in fluid communication with said heat exchange chamber through an outflow opening obtained at a second longitudinal end of said casing , wherein said casing is further provided with one or more through openings at said first longitudinal end , wherein at said second longitudinal end the inner casing comprises a rear wall which faces an outlet opening of the second operating fluid from the heat exchanger , said outlet opening being provided by said shell structure at said second longitudinal end , wherein said inlet opening and said outlet opening are in fluid communication by means of said annular region .
A method for forming Ayurvedic encapsulated gold nanoparticles, the method comprising: mixing dried gooseberry powder into a liquid medium to form a reducing agent solution; mixing gold salts into the reducing agent solution; permitting reaction of the gold salts, in the absence of any other reducing agent, to form a nanoparticle solution of stabilized, biocompatible Ayurvedic encapsulated gold nanoparticles, wherein said mixing further comprises mixing gum Arabic into the liquid medium, and further comprising, after said permitting, adding (B) Mango peel phytochemicals, (C) Curcumin extract, (D) gum arabic. mixing dried gooseberry powder into a liquid medium to form a reducing agent solution; mixing gold salts into the reducing agent solution; permitting reaction of the gold salts, in the absence of any other reducing agent, to form a nanoparticle solution of stabilized, biocompatible Ayurvedic encapsulated gold nanoparticles, wherein said mixing further comprises mixing gum Arabic into the liquid medium, and further comprising, after said permitting, adding (B) Mango peel phytochemicals, (C) Curcumin extract, (D) gum arabic.
A method for operating a block storage arrangement that has multiple container stacking chambers , a loading chamber arranged below the container stacking chambers , a control device and at least one loading vehicle that can be moved in the loading chamber , wherein the loading vehicle has a travel drive, by means of which the loading vehicle can be positioned below a container stacking chamber preselected by the control device , and a lifting drive , by means of which a container can be stored in the container stacking chamber from below or can be removed downwards from the container stacking chamber , characterized in that the block storage arrangement is put into a secure state prior to access by a maintenance person by inactivating the lifting drive of the loading vehicle .
Nuclear installation comprising: - at least one heat-generating nuclear reactor comprising a reactor vessel ; - a reactor pit housing the reactor vessel, a primary circuit and part of a secondary circuit, and; - a tertiary circuit; characterized in that the tertiary circuit comprises: • a thermal storage pit , dug into the ground, filled with water and in the bottom of which the reactor pit is excavated or placed, the thermal storage pit being configured to produce vertical thermal stratification leading to the formation of a thermocline (thermocline 2) that is delimited between the bottom of the thermal storage pit at what is referred to as a cold temperature and the top of the thermal storage pit at what is referred to as a hot temperature, • at least one heat exchanger with the secondary circuit, at least one inlet of which is fluidically connected to a zone of the thermal storage pit below the thermocline and at least one outlet of which is fluidically connected to a zone of the thermal storage pit above the thermocline such that the water in the thermal storage pit circulates by natural or forced convection between the inlet and the outlet of the heat exchanger; - a heat network , at least one inlet of which is fluidically connected to a zone of the thermal storage pit below the thermocline and at least one outlet of which is fluidically connected to a zone of the thermal storage pit above the thermocline. - at least one heat-generating nuclear reactor comprising a reactor vessel ; - a reactor pit housing the reactor vessel, a primary circuit and part of a secondary circuit, and; - a tertiary circuit; • a thermal storage pit , dug into the ground, filled with water and in the bottom of which the reactor pit is excavated or placed, the thermal storage pit being configured to produce vertical thermal stratification leading to the formation of a thermocline (thermocline 2) that is delimited between the bottom of the thermal storage pit at what is referred to as a cold temperature and the top of the thermal storage pit at what is referred to as a hot temperature, • at least one heat exchanger with the secondary circuit, at least one inlet of which is fluidically connected to a zone of the thermal storage pit below the thermocline and at least one outlet of which is fluidically connected to a zone of the thermal storage pit above the thermocline such that the water in the thermal storage pit circulates by natural or forced convection between the inlet and the outlet of the heat exchanger; - a heat network , at least one inlet of which is fluidically connected to a zone of the thermal storage pit below the thermocline and at least one outlet of which is fluidically connected to a zone of the thermal storage pit above the thermocline.
Flow rate controller for controlling fluid volume flows of a heating service water installation comprising a first control valve unit on the service water circuit side with a first housing part of the flow rate controller and comprising a further control valve unit on the heating water circuit side having an additional housing part of the flow rate controller , in which the first control valve unit and the further control valve unit are operatively interconnected by means of an operating element for operating control pistons of the flow rate controller ; the first housing part and the additional housing part being firmly, but releasably interconnected via a coupling piece ; characterized in that the coupling piece is at least partly made of a material with lower thermal conductivity than one of the housing parts and preferably surrounds the operating element concentrically, causing the two control valve units to be thermally uncoupled from each other such that heat transmission between the two housing parts of the control valve units is interrupted or at least significantly reduced such that undesired heating of service water at the flow rate controller is prevented.
Feedthrough arrangement comprising a tested and/or approved wooden wall construction or wooden ceiling construction for buildings, and a feedthrough module for cables, cable bundles, cable runs, pipes, conduits, ducts and/or combinations thereof, consisting of hardwood, softwood or mixtures thereof, wherein the feedthrough module is installed in the wooden wall construction or wooden ceiling construction, wherein a flush connection to the wooden wall construction or wooden ceiling construction is achieved by means of bolts, rivets, threaded rods, wooden dowels, clamps, high-temperature-resistant adhesives or other carpentry-type connections, wherein the tested and/or approved wooden wall construction and/or ceiling construction has an equal or lower burning rate than the feedthrough module, wherein the feedthrough module has a cuboid body with edge lengths a, b, c, wherein c represents the edge length corresponding to the installation thickness (D) of the feedthrough module, and wherein the feedthrough module has a nominal burning rate of 0.7 mm/min or less, measured using a cone calorimeter according to ISO 5660.
Valve having a valve housing which comprises at least one pressure supply port (P'), one first work port (A), one second work port (B) and one return port (T) and in which a valve spool (STS) is guided so as to be longitudinally movable for controlling these individual ports (P', A, B, T), wherein, in a central neutral position of the valve spool (STS), the fluid connections between the ports (P', A, B, T) are interrupted, wherein, when the valve spool (STS) is moved from the neutral position towards a first end position of the valve spool (STS), the pressure supply port (P') is connected to the first work port (A) and the second work port (B) is connected to the return port (T) in a fluid-conducting manner, wherein, when the valve spool (STS) is moved from the neutral position towards a second end position of the valve spool (STS), opposite the first end position , the pressure supply port (P') is connected to the second work port (B) and the first work port (A) is connected to the return port (T), wherein, in the end positions of the valve spool (STS), the work ports (A, B) are separated from each other, wherein a floating position , in which the work ports (A, B) are connected to each other in a fluid-conducting manner, is provided between the neutral position and the second end position of the valve spool (STS), characterised in that a regeneration position , in which the work ports (A, B) are connected to each other in a fluid-conducting manner, is provided between the neutral position and the first end position of the valve spool (STS).