mhurhangee/patent-ind-claim-en huggingface dataset:
A voltage conversion apparatus for converting from a control voltage to a supply voltage, wherein the supply voltage is designed to power, through a coaxial cable , a data communication device , wherein the coaxial cable is adapted to transmit said supply voltage signal and at least one data signal associated with said data communication device , the apparatus comprising: conversion means configured to convert from a first value of control voltage (Vp1) and from a second value of control voltage (Vp2) to a first value of supply voltage (Va1) and, respectively, to a second value of supply voltage (Va2), wherein said first value of control voltage (Vp1) and said second value of control voltage (Vp2) are values of control voltage for controlling a device distinct from the data communication device .
A method for operating an electronic device comprising: an operation of obtaining phase difference information; an operation of controlling a computation module to compare image data with the phase difference information to identify a subject from the image data in accordance with a block having a continuously similar phase difference, wherein the phase difference information collected through the sensor module comprises information on a distance between a camera module and the subject and calculating a photography parameter corresponding to the distance of the identified subject prior to a photographing command from a user; an operation of providing the calculated photography parameter to the camera module through a control module prior to a photographing command from a user; and an operation of photographing on the basis of the photography parameter in response to the photographing command to capture an image including the identified subject, wherein the photography parameter comprises at least one of exposure time of the sensor, photoelectric efficiency of the sensor, brightness of a flash, and light emitting time of the flash. an operation of obtaining phase difference information; an operation of controlling a computation module to compare image data with the phase difference information to identify a subject from the image data in accordance with a block having a continuously similar phase difference, wherein the phase difference information collected through the sensor module comprises information on a distance between a camera module and the subject and calculating a photography parameter corresponding to the distance of the identified subject prior to a photographing command from a user; an operation of providing the calculated photography parameter to the camera module through a control module prior to a photographing command from a user; and an operation of photographing on the basis of the photography parameter in response to the photographing command to capture an image including the identified subject, wherein the photography parameter comprises at least one of exposure time of the sensor, photoelectric efficiency of the sensor, brightness of a flash, and light emitting time of the flash.
Ultrasonic transducer comprising a coupling element , said coupling element having a first recess , wherein a piezoelectric element is arranged in the first recess , wherein the first recess has a terminal base area in which an ultrasonic signal generated by the piezoelectric element can be introduced into the coupling element , and wherein the coupling element has one or more limit stops within the recess , said stops each having at least a limit stop surface (7.1, 27.1, 8.1, 28.1), which extends along a plane, wherein said plane is parallel to the base area of the first recess and defines a space between this plane and the base area , said space serving to receive material for an acoustic adaptation layer, wherein a support disc is arranged in the first recess, the piezoelectric element being arranged on the top side of the disc facing away from the coupling element; wherein the support disc and the base area delimit a space in which an adaptation layer is arranged, wherein the support disc is provided to reduce thermal stress on the piezoelectric element, characterized in that the at least one limit stop is formed as at least a bar , said bar projecting into the first recess at the edge, wherein the at least one bar has a back cut .
A spray booth module comprising: a spraying section where a sprayed fluid is directed toward an object to be sprayed; a capturing section disposed below the spraying section and communicating with the spraying section and including at least one wet scrubber (10;222) for capturing overspray of the sprayed fluid; and at least one under section , the under section being a portion of the capturing section and having the at least one wet scrubber (10;222) provided therein, the wet scrubber (10;222) being located beneath an area where overspray is generated; wherein the at least one under section includes side walls , a sloped floor , and a sluice , wherein the side walls and sloped floor define and operate as a plenum for directing air to an exhaust fan assembly ; and wherein the sloped floor is positioned below and adjacent an exhaust of the at least one wet scrubber (10;222), the sloped floor directing water from the exhaust toward the sluice ; and wherein the at least one under section comprises two under sections and each of the two under sections includes a plurality of wet scrubbers (10;222), wherein the plurality of wet scrubbers (10;222) are positioned laterally symmetrical on opposing sides of the spray booth module , and wherein each of the wet scrubbers (10;222) includes an inlet (14;224), the inlet (14;224) being positioned beneath the area where overspray is generated, located laterally outward of the object to be sprayed. a spraying section where a sprayed fluid is directed toward an object to be sprayed; a capturing section disposed below the spraying section and communicating with the spraying section and including at least one wet scrubber (10;222) for capturing overspray of the sprayed fluid; and at least one under section , the under section being a portion of the capturing section and having the at least one wet scrubber (10;222) provided therein, the wet scrubber (10;222) being located beneath an area where overspray is generated; wherein the at least one under section includes side walls , a sloped floor , and a sluice , wherein the side walls and sloped floor define and operate as a plenum for directing air to an exhaust fan assembly ; and wherein the sloped floor is positioned below and adjacent an exhaust of the at least one wet scrubber (10;222), the sloped floor directing water from the exhaust toward the sluice ; and wherein the at least one under section comprises two under sections and each of the two under sections includes a plurality of wet scrubbers (10;222), wherein the plurality of wet scrubbers (10;222) are positioned laterally symmetrical on opposing sides of the spray booth module , and wherein each of the wet scrubbers (10;222) includes an inlet (14;224), the inlet (14;224) being positioned beneath the area where overspray is generated, located laterally outward of the object to be sprayed.
A developer supply container detachably mountable to a developer receiving apparatus , said developer receiving apparatus including a developer receiving portion provided with a receiving port for receiving a developer and including a portion-to-be-engaged capable of displacing integrally with said developer receiving portion , said developer supply container comprising: a rotatable developer accommodating portion for accommodating the developer; a discharging portion provided with a discharge opening (3a4) for discharging the developer accommodating in said developer accommodating portion ; an engaging portion having one end portion side (3Bb1) fixed to said discharging portion and the other end portion side (3Bb2) which is a free end portion, said engaging portion being deformable to displace the developer receiving portion so as to bring the receiving port into communication with said discharge opening (3a4), with a mounting operation of said developer supply container ; and a positioning portion capable of being contacted by the free end portion to position the free end portion when said engaging portion deforms. a rotatable developer accommodating portion for accommodating the developer; a discharging portion provided with a discharge opening (3a4) for discharging the developer accommodating in said developer accommodating portion ; an engaging portion having one end portion side (3Bb1) fixed to said discharging portion and the other end portion side (3Bb2) which is a free end portion, said engaging portion being deformable to displace the developer receiving portion so as to bring the receiving port into communication with said discharge opening (3a4), with a mounting operation of said developer supply container ; and a positioning portion capable of being contacted by the free end portion to position the free end portion when said engaging portion deforms.
A computer-implemented method performed by one or more processors for automatically selecting an optimized acquisition plan, the method comprising the following operations: generating a simulated dense wavefield using a representative subsurface model that represents a portion of the earth, wherein the simulated dense wavefield represents a target dense wavefield; generating a set of preliminary acquisition plans according to acquisition plan constraints and the representative subsurface model, each preliminary acquisition plan defining a plurality of surface receivers operable to receive seismic signals; subsampling the target dense wavefield using the set of preliminary acquisition plans to produce a set of subsampled wavefields, each of the subsampled wavefields being associated with a particular preliminary acquisition plan; reconstructing the set of subsampled wavefields according to a reconstruction scheme to produce a set of reconstructed dense wavefields; determining a degree of fidelity for each of the reconstructed dense wavefields, and selecting a preliminary acquisition plan having the degree of fidelity that satisfies a preselected criterion as the optimized acquisition plan; the method characterised in that determining the degree of fidelity comprises, for each of the reconstructed dense wavefields, determining a mismatch between the reconstructed dense wavefield and the target dense wavefield based on a cross-correlation function. generating a simulated dense wavefield using a representative subsurface model that represents a portion of the earth, wherein the simulated dense wavefield represents a target dense wavefield; generating a set of preliminary acquisition plans according to acquisition plan constraints and the representative subsurface model, each preliminary acquisition plan defining a plurality of surface receivers operable to receive seismic signals; subsampling the target dense wavefield using the set of preliminary acquisition plans to produce a set of subsampled wavefields, each of the subsampled wavefields being associated with a particular preliminary acquisition plan; reconstructing the set of subsampled wavefields according to a reconstruction scheme to produce a set of reconstructed dense wavefields; determining a degree of fidelity for each of the reconstructed dense wavefields, and selecting a preliminary acquisition plan having the degree of fidelity that satisfies a preselected criterion as the optimized acquisition plan; the method characterised in that determining the degree of fidelity comprises, for each of the reconstructed dense wavefields, determining a mismatch between the reconstructed dense wavefield and the target dense wavefield based on a cross-correlation function.
Cultivation trough comprising at least one elongate receptacle extending in a longitudinal direction and configured to receive one or more of crops, water and substrate; wherein the cultivation trough is configured to be transportable by a transport system in a transport direction transverse to the longitudinal direction of the cultivation trough and to be supported by an upper surface of at least one flange of the transport system , and wherein the cultivation trough comprises a stabilizer configured to at least partially enclose the at least one flange of the transport system and to engage with a lower surface of the at least one flange defining a tilt support of the transport system to thereby stabilize the cultivation trough to prevent tilting thereof. wherein the cultivation trough is configured to be transportable by a transport system in a transport direction transverse to the longitudinal direction of the cultivation trough and to be supported by an upper surface of at least one flange of the transport system , and wherein the cultivation trough comprises a stabilizer configured to at least partially enclose the at least one flange of the transport system and to engage with a lower surface of the at least one flange defining a tilt support of the transport system to thereby stabilize the cultivation trough to prevent tilting thereof.
A pumping system , comprising: a pump ; a controller coupled to the pump, the controller having a processor and a non-transitory computer readable medium storing instructions translatable by the processor, the controller configured to: control the pump to isolate a portion of the pump , the isolated portion of the pump being filled with a liquid, wherein the isolated portion of the pump has a volume; bring the isolated portion of the pump to a predefined starting pressure; change the volume of the isolated portion of the pump by a known amount; measure an ending pressure in the isolated portion of the pump ; determine an actual pressure change between the predefined starting pressure and the ending pressure in the isolated portion of the pump ; and determine if air or gas is present in the isolated portion of the pump utilizing the actual pressure change. a pump ; a controller coupled to the pump, the controller having a processor and a non-transitory computer readable medium storing instructions translatable by the processor, the controller configured to: control the pump to isolate a portion of the pump , the isolated portion of the pump being filled with a liquid, wherein the isolated portion of the pump has a volume; bring the isolated portion of the pump to a predefined starting pressure; change the volume of the isolated portion of the pump by a known amount; measure an ending pressure in the isolated portion of the pump ; determine an actual pressure change between the predefined starting pressure and the ending pressure in the isolated portion of the pump ; and determine if air or gas is present in the isolated portion of the pump utilizing the actual pressure change. control the pump to isolate a portion of the pump , the isolated portion of the pump being filled with a liquid, wherein the isolated portion of the pump has a volume; bring the isolated portion of the pump to a predefined starting pressure; change the volume of the isolated portion of the pump by a known amount; measure an ending pressure in the isolated portion of the pump ; determine an actual pressure change between the predefined starting pressure and the ending pressure in the isolated portion of the pump ; and determine if air or gas is present in the isolated portion of the pump utilizing the actual pressure change.
Method performed by an autonomous and/or semiautonomous transport vehicle and a control apparatus for the autonomous and/or semiautonomous transport vehicle, wherein the control apparatus is part of the the autonomous and/or semiautonomous transport vehicle, the method comprising: - obtaining pieces of transport information for a transport order, wherein the pieces of transport information represent at least one destination position associated with the transport order; - obtaining pieces of transport convoy information, wherein the pieces of transport convoy information represent at least one identifier of a transport convoy , and wherein a planned route of the transport convoy and a transport route between the current position of the transport vehicle and the destination position associated with the transport order comprise a common route section ; - capturing and/or causing the capture of a first surroundings parameter; - detecting the transport convoy at least in part based on the captured first surroundings parameter and the obtained pieces of transport convoy information, wherein the transport convoy is detected at least in part based on the captured first surroundings parameter, if the captured first surroundings parameter includes a representation of the identifier of the transport convoy ; and - if the transport convoy is detected, following the transport convoy by the transport vehicle . - obtaining pieces of transport information for a transport order, wherein the pieces of transport information represent at least one destination position associated with the transport order; - obtaining pieces of transport convoy information, wherein the pieces of transport convoy information represent at least one identifier of a transport convoy , and wherein a planned route of the transport convoy and a transport route between the current position of the transport vehicle and the destination position associated with the transport order comprise a common route section ; - capturing and/or causing the capture of a first surroundings parameter; - detecting the transport convoy at least in part based on the captured first surroundings parameter and the obtained pieces of transport convoy information, wherein the transport convoy is detected at least in part based on the captured first surroundings parameter, if the captured first surroundings parameter includes a representation of the identifier of the transport convoy ; and - if the transport convoy is detected, following the transport convoy by the transport vehicle .
Armoured cable for transporting alternate current comprising: - at least one core , each core comprising an electric conductor ; - at least one metallic screen surrounding the at least one core ; - an armour surrounding the metallic screen , comprising an inner layer of armour wires and an outer layer of armour wires, at least part of the armour wires of the inner layer and at least part of the armour wires of outer layer comprising a ferromagnetic material; characterized in further comprising: - a separating layer made of a single tape of a same material radially provided between the inner layer of armour wires and the outer layer of armour wires, wherein the separating layer has a thickness greater than 1 mm. - at least one core , each core comprising an electric conductor ; - at least one metallic screen surrounding the at least one core ; - an armour surrounding the metallic screen , comprising an inner layer of armour wires and an outer layer of armour wires, at least part of the armour wires of the inner layer and at least part of the armour wires of outer layer comprising a ferromagnetic material; characterized in further comprising: - a separating layer made of a single tape of a same material radially provided between the inner layer of armour wires and the outer layer of armour wires,
Dredging device comprising: - a dredging vessel adapted for movement in a direction of movement; - a dredge suction head connected to the dredging vessel and having a dredge suction opening; - a dredge pump placed on the dredging vessel and having a suction connection; - a suction conduit connecting the dredge suction head to the suction connection of the dredge pump; - support means placed between the dredging vessel and the dredge suction head for supporting the dredge suction conduit , the support means being adapted to determine the depth of the dredge suction head , - wherein the dredging vessel comprises a measuring device for measuring the distance between the dredge suction head and the bottom, characterised by a control device adapted to control the support means for the purpose of holding the dredge suction head at a distance from the bottom of the basin for dredging, - wherein edges of the dredge suction opening of the dredge suction head that can come into contact with the bottom are provided as smooth edges with a rounded cross-section, and - wherein the ratio of the surface area of the dredge suction opening to the periphery thereof lies between 0.03 m and 0.25 m. - a dredging vessel adapted for movement in a direction of movement; - a dredge suction head connected to the dredging vessel and having a dredge suction opening; - a dredge pump placed on the dredging vessel and having a suction connection; - a suction conduit connecting the dredge suction head to the suction connection of the dredge pump; - support means placed between the dredging vessel and the dredge suction head for supporting the dredge suction conduit , the support means being adapted to determine the depth of the dredge suction head , - wherein the dredging vessel comprises a measuring device for measuring the distance between the dredge suction head and the bottom, characterised by a control device adapted to control the support means for the purpose of holding the dredge suction head at a distance from the bottom of the basin for dredging, - wherein edges of the dredge suction opening of the dredge suction head that can come into contact with the bottom are provided as smooth edges with a rounded cross-section, and - wherein the ratio of the surface area of the dredge suction opening to the periphery thereof lies between 0.03 m and 0.25 m.
An adjustment assembly for changing width of a vehicle that has at least one pair of wheels (10a-10b, 20a-20b), said adjustment assembly is embedded in said vehicle and is connectable to a pair of front, middle or rear wheels of the vehicle, said adjustment assembly comprising: a) a foldable unit connectable to the wheels of said pair of wheels of the vehicle, said foldable unit having at least two portions coinciding with a predefined axis "Y" connecting centers of the pair of wheels, each of the at least two portions being connected to a corresponding wheel of the wheels of said pair of wheels; and b) a tilting unit operatively associated with the wheels of said pair of wheels of the vehicle, said tilting unit being configured for changing angular positioning of the wheels of said pair of wheels with respect to the axis "Y," said tilting unit being configured for changing the angular positioning of the wheels between a convergence tilting positioning of the wheels and a non-convergence tilting positioning of the wheels; wherein the at least two portions of the foldable unit are configured to move laterally along the axis "Y" when the wheels are in the convergence tilting positioning thereof, thereby adjusting a distance between the wheels of said pair of wheels during driving of the vehicle. a) a foldable unit connectable to the wheels of said pair of wheels of the vehicle, said foldable unit having at least two portions coinciding with a predefined axis "Y" connecting centers of the pair of wheels, each of the at least two portions being connected to a corresponding wheel of the wheels of said pair of wheels; and b) a tilting unit operatively associated with the wheels of said pair of wheels of the vehicle, said tilting unit being configured for changing angular positioning of the wheels of said pair of wheels with respect to the axis "Y," said tilting unit being configured for changing the angular positioning of the wheels between a convergence tilting positioning of the wheels and a non-convergence tilting positioning of the wheels;