mhurhangee/ep-ind-claims huggingface dataset:
Charging device for a high-voltage battery of a motor vehicle, in particular a charging device installed in a motor vehicle, the charging device being connectable to an AC network by means of a connecting port, into which an external plug of a connection device can be inserted, which connection device comprises a residual current circuit breaker which does not detect a residual current of at least one type of residual current, specifically a DC residual current, characterised in that the charging device comprises a controllable component and a residual current detection device for detecting a residual current of said residual current type, which residual current detection device is designed to control the component in order to change the characteristic of the residual current in such a way that the residual current can be detected by the residual current circuit breaker, the component being a power factor correction filter which can be deactivated as a result of controlling said component.
Device for protecting an optical sensor of a driver assistance system for a motor vehicle comprising: - a protective casing forming a cavity able to at least partly accommodate the optical sensor comprising an optical surface, the protective casing comprising an optical element configured to be disposed facing the optical surface of the optical sensor, the protective casing being configured to freely rotate about an axis; - a motor configured to rotate the protective casing at speeds allowing the optical element to be cleaned by a centrifugal effect, the protective device being configured so as to have a movable part and a fixed part, characterized in that it comprises a pressure balancing system comprising an air vent orifice allowing fluid communication between the inside and the outside of the protective device, the air vent orifice being produced in the fixed part of the protective device. - a protective casing forming a cavity able to at least partly accommodate the optical sensor comprising an optical surface, the protective casing comprising an optical element configured to be disposed facing the optical surface of the optical sensor, the protective casing being configured to freely rotate about an axis; - a motor configured to rotate the protective casing at speeds allowing the optical element to be cleaned by a centrifugal effect,
- Security locking device for vehicles, with a protruding element which holds a bolt, and a receiving element with a release lock, where the bolt possesses a conic or truncated-cone head and a narrow section, and that the receiving element comprises a clamp whose jaws define a grip that surrounds all or most of the bolt's narrow section, and which is opened by the lock (pushing against one or more return springs) by means of an actuator, characterized in that it comprises a crank for the use of opening the clamp from the inside of the vehicle.
A carpet extractor comprising: an open top recovery tank for collecting and storing the spent cleaning fluid and dirt removed from the surface to be cleaned, the recovery tank including an upper rim around the open top and a pair of opposed, outwardly projecting cam followers on the exterior sides of the recovery tank adjacent the rim; a lid having a lower rim that mates with the recovery tank upper rim to close the open top of the recovery tank and a pair of journals; a handle rotatably mounted to the lid between a closed position and an open position, characterized in that the handle having at its outer ends two opposed cam mounting sockets that each have a cam surface and a socket on the interior face thereof, and the handle is rotatably mounted to the lid by the sockets and the journals; and in that the handle cam surfaces are configured and adapted to interface with the recovery tank cam followers to releasably lock the lid to the recovery tank when the handle is in the closed position and to release the lid from the recovery tank and to raise the lid slightly from the recovery tank when the handle is in the open position. an open top recovery tank for collecting and storing the spent cleaning fluid and dirt removed from the surface to be cleaned, the recovery tank including an upper rim around the open top and a pair of opposed, outwardly projecting cam followers on the exterior sides of the recovery tank adjacent the rim; a lid having a lower rim that mates with the recovery tank upper rim to close the open top of the recovery tank and a pair of journals; a handle rotatably mounted to the lid between a closed position and an open position, characterized in that the handle having at its outer ends two opposed cam mounting sockets that each have a cam surface and a socket on the interior face thereof, and the handle is rotatably mounted to the lid by the sockets and the journals; and in that the handle cam surfaces are configured and adapted to interface with the recovery tank cam followers to releasably lock the lid to the recovery tank when the handle is in the closed position and to release the lid from the recovery tank and to raise the lid slightly from the recovery tank when the handle is in the open position.
A method for the electrical wiring of electronic components in switchgear construction, the method comprising the steps: a. Providing a plurality of electronic components mounted on a common workpiece, in particular on a mounting plate; b. Wiring the electronic components according to a predetermined circuit diagram and in a predetermined sequence with at least one robot, wherein a multifunctional end effector of the at least one robot is supplied via a transport system with a cable sequence consisting of several interconnected, prefabricated cables, wherein the cables are arranged in the predetermined sequence in the cable sequence; wherein said wiring comprises gripping a cable end of said cable sequence with a gripper of said multifunctional end effector of said at least one robot, feeding said cable end to an electrical connection of one of said electronic components with said multifunctional end effector, and detaching said cable from said cable sequence with a separating unit of said multifunctional end effector, further comprising feeding the cable sequence for detaching the cable from the cable sequence to the separating unit of the multifunctional end effector, with which the cable terminated in the cable sequence is separated or detached from the cable sequence with the cable end, wherein the cable sequence for detaching a cable from the cable sequence is passed through a detection sleeve of the robot, wherein a sensor of the detection sleeve detects a connection area between successive cables of the cable sequence. a. Providing a plurality of electronic components mounted on a common workpiece, in particular on a mounting plate; b. Wiring the electronic components according to a predetermined circuit diagram and in a predetermined sequence with at least one robot, wherein a multifunctional end effector of the at least one robot is supplied via a transport system with a cable sequence consisting of several interconnected, prefabricated cables, wherein the cables are arranged in the predetermined sequence in the cable sequence; wherein said wiring comprises gripping a cable end of said cable sequence with a gripper of said multifunctional end effector of said at least one robot, feeding said cable end to an electrical connection of one of said electronic components with said multifunctional end effector, and detaching said cable from said cable sequence with a separating unit of said multifunctional end effector, further comprising feeding the cable sequence for detaching the cable from the cable sequence to the separating unit of the multifunctional end effector, with which the cable terminated in the cable sequence is separated or detached from the cable sequence with the cable end, wherein the cable sequence for detaching a cable from the cable sequence is passed through a detection sleeve of the robot, wherein a sensor of the detection sleeve detects a connection area between successive cables of the cable sequence.
Method for producing a tungsten alloy product, comprising the steps of: - providing of a powder mixture, consisting of: 80 to 98.5 wt.-% tungsten, 0.1 to 15 wt.-% nickel, 0.1 to 10 wt.-% iron and/or copper, optionally one or more further additives or impurities of at most 2 wt.-%, characterized by mixing a tungsten powder, a nickel powder and an iron powder and/or a copper powder, and optionally one or more powders of one or more additives, - pressing and sintering said powder mixture provided by the mixing in order to thereby obtain at least one sintered alloy block, - comminuting the at least one sintered alloy block by breaking and/or a chip-removing process in order to obtain alloy particles, - comminuting the alloy particles by grinding (S4, S5) in order to obtain a powder of powder grains, the grain sizes of which are mostly in the range from 10 to 200 μm, - optional sieving of the powder grains in order to obtain a fraction of the powder grains with grain sizes in the range from 10 to 100 μm, - optional thermal treatment, in particular plasma treatment, of the powder grains, in order to round off the surface of the powder grains by at least partial melting of the powder grains. - providing of a powder mixture, consisting of: 80 to 98.5 wt.-% tungsten, 0.1 to 15 wt.-% nickel, 0.1 to 10 wt.-% iron and/or copper, optionally one or more further additives or impurities of at most 2 wt.-%, characterized by mixing a tungsten powder, a nickel powder and an iron powder and/or a copper powder, and optionally one or more powders of one or more additives, 80 to 98.5 wt.-% tungsten, 0.1 to 15 wt.-% nickel, 0.1 to 10 wt.-% iron and/or copper, optionally one or more further additives or impurities of at most 2 wt.-%, characterized by mixing a tungsten powder, a nickel powder and an iron powder and/or a copper powder, and optionally one or more powders of one or more additives, - pressing and sintering said powder mixture provided by the mixing in order to thereby obtain at least one sintered alloy block, - comminuting the at least one sintered alloy block by breaking and/or a chip-removing process in order to obtain alloy particles, - comminuting the alloy particles by grinding (S4, S5) in order to obtain a powder of powder grains, the grain sizes of which are mostly in the range from 10 to 200 μm, - optional sieving of the powder grains in order to obtain a fraction of the powder grains with grain sizes in the range from 10 to 100 μm, - optional thermal treatment, in particular plasma treatment, of the powder grains, in order to round off the surface of the powder grains by at least partial melting of the powder grains.
An imaging system comprising: a display media (20, 50, 150, 160) and a writing module (110, 202), wherein the display media (20, 50, 150, 160) comprises: a frame (22, 51) comprising a first structural support (70A, 70B, 162, 262), the frame including a top surface (28A, 228) defining at least a first aperture; and a re-writable, passive e-paper display (37, 237) embedded within at least a portion of the frame and including an imaging surface exposed within, and recessed relative to, the first aperture; characterised in that: the frame (22, 51) further comprises a second structural support (74, 274) formed on an upper surface of the first structural support and providing the top surface (28A, 228) vertically spaced apart from the imaging surface to define the first aperture, through which the imaging surface is exposed to allow non-contact, through-the-air deposition of charges onto the exposed imaging surface by the writing module (110, 202), the writing module (110, 202) comprising: a contact portion slidably engageable relative to the frame (22, 51) of the display media (20, 50, 150, 160); and an imaging head (130, 132) recessed relative to the contact portion and oriented to emit charges at a spaced distance relative to the imaging surface of the re-writable, passive e-paper display (37, 237) recessed within the media frame (22, 51). a frame (22, 51) comprising a first structural support (70A, 70B, 162, 262), the frame including a top surface (28A, 228) defining at least a first aperture; and a re-writable, passive e-paper display (37, 237) embedded within at least a portion of the frame and including an imaging surface exposed within, and recessed relative to, the first aperture; characterised in that: the frame (22, 51) further comprises a second structural support (74, 274) formed on an upper surface of the first structural support and providing the top surface (28A, 228) vertically spaced apart from the imaging surface to define the first aperture, through which the imaging surface is exposed to allow non-contact, through-the-air deposition of charges onto the exposed imaging surface by the writing module (110, 202), the writing module (110, 202) comprising: a contact portion slidably engageable relative to the frame (22, 51) of the display media (20, 50, 150, 160); and an imaging head (130, 132) recessed relative to the contact portion and oriented to emit charges at a spaced distance relative to the imaging surface of the re-writable, passive e-paper display (37, 237) recessed within the media frame (22, 51). a contact portion slidably engageable relative to the frame (22, 51) of the display media (20, 50, 150, 160); and an imaging head (130, 132) recessed relative to the contact portion and oriented to emit charges at a spaced distance relative to the imaging surface of the re-writable, passive e-paper display (37, 237) recessed within the media frame (22, 51).
An apparatus for transporting a patient, the apparatus comprising: a supporting portion (14,16) to grasp part of the body of a patient; a footboard unit upon which the patient is able to stand when supported by the supporting portion, the footboard unit movable along a floor by movable means; a frame including a plurality of rods, each of the plurality of rods connected between the footboard unit and the supporting portion; the apparatus configured so that the footboard unit is able to move in proximity to a bed upon which the patient is lying, whereat the supporting portion can grasp the part of the body of the patient, wherein the frame and the supporting portion are able to support the patient in transitioning from a lying position on the bed to a standing position adjacent the bed as the footboard unit is moved relative to the bed; the apparatus including spaced apart and approximated configurations, wherein in the spaced apart configuration a first part of the frame, footboard unit and supporting portion is relatively spaced to a second part of the frame, footboard unit and supporting portion to allow placement on either side of a patient and an approximated position wherein the first and second parts are closer together to allow the patient to be supported from either side, wherein the first and second parts of the frame, footboard unit and supporting portion each include a plurality of the rods. a supporting portion (14,16) to grasp part of the body of a patient; a footboard unit upon which the patient is able to stand when supported by the supporting portion, the footboard unit movable along a floor by movable means; a frame including a plurality of rods, each of the plurality of rods connected between the footboard unit and the supporting portion; the apparatus configured so that the footboard unit is able to move in proximity to a bed upon which the patient is lying, whereat the supporting portion can grasp the part of the body of the patient, wherein the frame and the supporting portion are able to support the patient in transitioning from a lying position on the bed to a standing position adjacent the bed as the footboard unit is moved relative to the bed; the apparatus including spaced apart and approximated configurations, wherein in the spaced apart configuration a first part of the frame, footboard unit and supporting portion is relatively spaced to a second part of the frame, footboard unit and supporting portion to allow placement on either side of a patient and an approximated position wherein the first and second parts are closer together to allow the patient to be supported from either side, wherein the first and second parts of the frame, footboard unit and supporting portion each include a plurality of the rods.
Method for automatic acoustic equalization, comprising the steps of: • measuring N impulse responses RI 1, RI 2,..., RI N following the emission of a pre-calibrated sound signal received by N microphones; • calculating N corresponding frequency responses using fast Fourier transforms; • establishing a mean M of the N frequency responses; • transposing said mean M of the N frequency responses onto a logarithmic frequency scale; • interpolating a target sound signature curve C ec from a specific number of points defined by a user; • transposing said target sound signature curve C ec onto a logarithmic frequency scale; • comparing said mean response M and said target response C ec by calculating the offset between said mean response M and said target sound signature response C ec; • analyzing the curve C diff resulting from the offset between said mean response M and said target response C ec; and characterized in that it comprises the following step: • determining filter parameters for reducing the offset between said mean response M and said target response C ec by firstly processing the local maxima in descending order according to the gain thereof, then the local minima, and by carrying out successive iterations; said method further including a step of optimization of the parameters of the filters in order to improve the performance of the system. • measuring N impulse responses RI 1, RI 2,..., RI N following the emission of a pre-calibrated sound signal received by N microphones; • calculating N corresponding frequency responses using fast Fourier transforms; • establishing a mean M of the N frequency responses; • transposing said mean M of the N frequency responses onto a logarithmic frequency scale; • interpolating a target sound signature curve C ec from a specific number of points defined by a user; • transposing said target sound signature curve C ec onto a logarithmic frequency scale; • comparing said mean response M and said target response C ec by calculating the offset between said mean response M and said target sound signature response C ec; • analyzing the curve C diff resulting from the offset between said mean response M and said target response C ec; and characterized in that it comprises the following step: • determining filter parameters for reducing the offset between said mean response M and said target response C ec by firstly processing the local maxima in descending order according to the gain thereof, then the local minima, and by carrying out successive iterations;
Method for operating a combined cycle power plant, wherein the combined cycle power plant has a gas turbine and a steam turbine as well as a shutting-down device, and wherein, for shutting down the gas turbine and the steam turbine, the gas turbine and the steam turbine are operated within a time window that extends from the beginning of the shutting-down procedure at a first time to the falling of the steam temperature to a lower limit value at a second time, characterized in that the shutting-down device operates the gas turbine and the steam turbine in such a manner that the gas turbine and the steam turbine are relieved substantially at the same time and the block power falls to zero, wherein thermal energy that is stored in the combined cycle power plant prevents immediate falling of a steam temperature to operation below a minimum power output of the gas turbine within the time window.
A communication control method using a relay user equipment configured to relay communication between a base station and a remote user equipment, the communication control method comprising: receiving, by the remote user equipment, a Radio Resource Control release message from the base station via the relay user equipment; and performing, by the remote user equipment, a notification operation configured to notify the relay user equipment of a content of the RRC release message, wherein the RRC release message is a message releasing or suspending a RRC connection between the remote user equipment and the base station. receiving, by the remote user equipment, a Radio Resource Control release message from the base station via the relay user equipment; and performing, by the remote user equipment, a notification operation configured to notify the relay user equipment of a content of the RRC release message, wherein the RRC release message is a message releasing or suspending a RRC connection between the remote user equipment and the base station.
A method of performing a search in a plurality of network resources, the method comprising: receiving at a server a request, from a client device (104A, 104B, 104C) associated with a user, the request having been initiated by the user via the client device (104A, 104B, 104C) to initiate a search, the request comprising at least one search term; identifying at the server, based on the request, a first subset of the plurality of network resources (102A, 102B, 102C, 102D) to which a search request should be directed based on the at least one search term; providing the identified first subset of network resources (102A, 102B, 102C, 102D) to the client device (104A, 104B, 104C); and causing the client device (104A, 104B, 104C) to originate search requests, based on the at least one search term, to all network resources (102A, 102B, 102C, 102D) of the identified first subset, the search requests being sent from the client device (104A, 104B, 104C) to the network resources (102A, 102B, 102C, 102D), respectively; receiving at the server, via the client device (104A, 104B, 104C), a result based on the search request from each of the network resources (102A, 102B, 102C, 102D) of the identified first subset having received the search request; processing the received results by the server; and providing the processed results to the client device (104A, 104B, 104C) for presentation to the user. receiving at a server a request, from a client device (104A, 104B, 104C) associated with a user, the request having been initiated by the user via the client device (104A, 104B, 104C) to initiate a search, the request comprising at least one search term; identifying at the server, based on the request, a first subset of the plurality of network resources (102A, 102B, 102C, 102D) to which a search request should be directed based on the at least one search term; providing the identified first subset of network resources (102A, 102B, 102C, 102D) to the client device (104A, 104B, 104C); and causing the client device (104A, 104B, 104C) to originate search requests, based on the at least one search term, to all network resources (102A, 102B, 102C, 102D) of the identified first subset, the search requests being sent from the client device (104A, 104B, 104C) to the network resources (102A, 102B, 102C, 102D), respectively; receiving at the server, via the client device (104A, 104B, 104C), a result based on the search request from each of the network resources (102A, 102B, 102C, 102D) of the identified first subset having received the search request; processing the received results by the server; and providing the processed results to the client device (104A, 104B, 104C) for presentation to the user.