mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for an acoustic alerting system for an electric/hybrid vehicle, the apparatus comprising: - a control unit configured to receive, from a vehicle bus, vehicle state information; - a first acoustic transducer for antitheft-based alerts; - a first output in communication with the first acoustic transducer for antitheft-based alerts; - a second output configured for communication with a second acoustic transducer for Acoustic Vehicle Alerting System, AVAS, based alerts; wherein, - if the vehicle state information is related to an antitheft condition, the control unit is further configured to generate a control signal and send said control signal to the first output for activation of the first acoustic transducer ; and - if the vehicle state information is related to an AVAS condition, the control unit is further configured to access a signal generator block configured to generate an acoustic signal, based on the vehicle state information including at least one vehicle's running parameter, the control unit is further configured to send said acoustic signal to the second output for activation of the second acoustic transducer, said apparatus being characterized in that the signal generator block comprises at least one memory storing acoustic signal samples, and wherein at least if the vehicle state information is related to an AVAS condition said signal generator block is configured to generate said acoustic signal by causing playing back at least part of said acoustic signal samples contained in said memory , wherein, if the vehicle state information is related to the AVAS condition, the control unit is configured to cause adaptation of said acoustic signal in accordance to said at least one vehicle's running parameter, said vehicle's running parameter comprising at least an electronic data of speed and/or acceleration, and wherein said adaptation at least comprises a frequency shift of the acoustic signal depending at least on said electronic data. - a control unit configured to receive, from a vehicle bus, vehicle state information; - a first acoustic transducer for antitheft-based alerts; - a first output in communication with the first acoustic transducer for antitheft-based alerts; - a second output configured for communication with a second acoustic transducer for Acoustic Vehicle Alerting System, AVAS, based alerts; wherein, - if the vehicle state information is related to an antitheft condition, the control unit is further configured to generate a control signal and send said control signal to the first output for activation of the first acoustic transducer ; and - if the vehicle state information is related to an AVAS condition, the control unit is further configured to access a signal generator block configured to generate an acoustic signal, based on the vehicle state information including at least one vehicle's running parameter, the control unit is further configured to send said acoustic signal to the second output for activation of the second acoustic transducer,
A remote control system for tapping calcium carbide comprising: an electric furnace for producing calcium carbide having a plurality of tap dents , each of the tap dents has an opening and an open area thereof is between 2000 and 8000 mm 2 ; a plurality of tapping machines for conducting a tapping work at each of the tap dents; a plurality of tapping tools which are retainable and releasable by the tapping machines, each comprising a graphite bar used at an opening step and having a diameter between 50 and 100 mm, a sticking rod used at a taking step, having a portion which is inserted into the electric furnace and a diameter thereof is between 20 and 80 mm, and a dent sealing unit used at a dent sealing step and can contain a clay having a volume between 1000 and 4000 cm 3 ; a plurality of monitoring cameras configured to image each of the tap dents; and a main tapping operation room comprising one or a plurality of manipulators for manipulating the respective tapping machines and a monitor for displaying images taken by the respective monitoring cameras. an electric furnace for producing calcium carbide having a plurality of tap dents , each of the tap dents has an opening and an open area thereof is between 2000 and 8000 mm 2 ; a plurality of tapping machines for conducting a tapping work at each of the tap dents; a plurality of tapping tools which are retainable and releasable by the tapping machines, each comprising a graphite bar used at an opening step and having a diameter between 50 and 100 mm, a sticking rod used at a taking step, having a portion which is inserted into the electric furnace and a diameter thereof is between 20 and 80 mm, and a dent sealing unit used at a dent sealing step and can contain a clay having a volume between 1000 and 4000 cm 3 ; a plurality of monitoring cameras configured to image each of the tap dents; and a main tapping operation room comprising one or a plurality of manipulators for manipulating the respective tapping machines and a monitor for displaying images taken by the respective monitoring cameras.
A computer-implemented method for detecting a stone impact on a window (W) of a vehicle during operation of the vehicle , comprising: - receiving at least one sound signal (Sa, Sb) being recorded external to the vehicle by at least one external microphone and comprising a representation of a sound originating from a vicinity of the window (W) (S1); - receiving at least one sound signal (Sa, Sb) being recorded in the interior of the vehicle by at least one internal microphone and comprising a representation of a sound originating from a vicinity of the window (W) (S1); - identifying and filtering out an interfering sound signal existing in the environment around the vehicle and in the cabin of the vehicle based on the at least one sound signal (Sa, Sb) being recorded external to the vehicle and the at least one sound signal (Sa, Sb) being recorded in the interior of the vehicle ; - determining whether the filtered sound signal (Sa, Sb) comprises a representation of a sound originating from a stone impact on the window (W) using a trained artificial intelligence unit (S2), - providing a detection result describing whether the sound signal (Sa, Sb) comprises a representation of a sound originating from a stone impact (S3). - receiving at least one sound signal (Sa, Sb) being recorded external to the vehicle by at least one external microphone and comprising a representation of a sound originating from a vicinity of the window (W) (S1); - receiving at least one sound signal (Sa, Sb) being recorded in the interior of the vehicle by at least one internal microphone and comprising a representation of a sound originating from a vicinity of the window (W) (S1); - identifying and filtering out an interfering sound signal existing in the environment around the vehicle and in the cabin of the vehicle based on the at least one sound signal (Sa, Sb) being recorded external to the vehicle and the at least one sound signal (Sa, Sb) being recorded in the interior of the vehicle ; - determining whether the filtered sound signal (Sa, Sb) comprises a representation of a sound originating from a stone impact on the window (W) using a trained artificial intelligence unit (S2), - providing a detection result describing whether the sound signal (Sa, Sb) comprises a representation of a sound originating from a stone impact (S3).
An internal combustion engine, comprising: an exhaust gas recirculation (EGR) system containing an EGR gas; a waste heat recovery (WHR) system adapted to provide cooling to the EGR gas, the WHR system including a WHR circuit , a fluid cooling and containment portion , a feed pump operable to pump a working fluid from the fluid cooling and containment portion through the WHR circuit , at least one heat exchanger positioned downstream from the feed pump and operable to convert the working fluid from a liquid to a high-pressure vapor by transferring heat from the EGR gas to the working fluid, an energy conversion portion positioned between the heat exchanger and the fluid cooling and containment portion , the energy conversion portion being capable of producing additional work or transferring energy to another device or system, an EGR temperature control circuit and a thermal control unit which provides cooling of EGR gas and is positioned along the EGR temperature control circuit to further cool the EGR gas, characterized in that the EGR temperature control circuit is fluidly connected to the WHR circuit , and in that a pressure reduction device is positioned along the EGR temperature control circuit upstream of the thermal control unit to reduce the pressure of the working fluid sufficient to create a phase change of the working fluid. an exhaust gas recirculation (EGR) system containing an EGR gas; a waste heat recovery (WHR) system adapted to provide cooling to the EGR gas, the WHR system including a WHR circuit , a fluid cooling and containment portion , a feed pump operable to pump a working fluid from the fluid cooling and containment portion through the WHR circuit , at least one heat exchanger positioned downstream from the feed pump and operable to convert the working fluid from a liquid to a high-pressure vapor by transferring heat from the EGR gas to the working fluid, an energy conversion portion positioned between the heat exchanger and the fluid cooling and containment portion , the energy conversion portion being capable of producing additional work or transferring energy to another device or system, an EGR temperature control circuit and a thermal control unit which provides cooling of EGR gas and is positioned along the EGR temperature control circuit to further cool the EGR gas, characterized in that the EGR temperature control circuit is fluidly connected to the WHR circuit , and in that a pressure reduction device is positioned along the EGR temperature control circuit upstream of the thermal control unit to reduce the pressure of the working fluid sufficient to create a phase change of the working fluid.
A sliding door system for a cabinet having at least one centre beam dividing the cabinet in at least two vertically extending compartments, said sliding door system comprising: a guide rail for supporting a sliding door , wherein the guide rail has at least one cut out at a position corresponding to the centre beam; at least a first bracket and a second bracket for securing the guide rail in front of the cabinet ; wherein the first bracket is mountable on a side wall of the cabinet and the second bracket is mountable on a side of the centre beam that faces away from the side wall with the mounted first bracket ; whereby a force acting on the guide rail from an associated sliding door in a direction from the second bracket towards the first bracket is absorbed by the second bracket and the centre beam . a guide rail for supporting a sliding door , wherein the guide rail has at least one cut out at a position corresponding to the centre beam; at least a first bracket and a second bracket for securing the guide rail in front of the cabinet ; wherein the first bracket is mountable on a side wall of the cabinet and the second bracket is mountable on a side of the centre beam that faces away from the side wall with the mounted first bracket ; whereby a force acting on the guide rail from an associated sliding door in a direction from the second bracket towards the first bracket is absorbed by the second bracket and the centre beam .
A device-to-device D2D communication method, comprising: determining , by a first device, a time the first device is out of coverage of a synchronization source after leaving the coverage of the synchronization source; finding, by the first device, synchronization information of another device; determining , by the first device, target timing based on the time the first device is out of coverage and the synchronization information of the another device; and performing , by the first device, D2D communication based on the target timing, wherein the determining, by the first device, the target timing based on the time the first device is out of coverage and the synchronization information of the another device characterised in that : when the time the first device is out of coverage is less than a threshold, and the first device finds synchronization information of a target device from the synchronization information of the another device, determining, by the first device, timing of the target device as the target timing; or when the time the first device is out of coverage is less than the threshold, and the first device fails to find synchronization information of a target device from the synchronization information of the another device, determining, by the first device, timing of the first device as the target timing, wherein the target device is a device in the coverage of the synchronization source, or the target device is a device that selects a device in the coverage of the synchronization source as a synchronization reference source. determining , by a first device, a time the first device is out of coverage of a synchronization source after leaving the coverage of the synchronization source; finding, by the first device, synchronization information of another device; determining , by the first device, target timing based on the time the first device is out of coverage and the synchronization information of the another device; and performing , by the first device, D2D communication based on the target timing, wherein the determining, by the first device, the target timing based on the time the first device is out of coverage and the synchronization information of the another device characterised in that : when the time the first device is out of coverage is less than a threshold, and the first device finds synchronization information of a target device from the synchronization information of the another device, determining, by the first device, timing of the target device as the target timing; or when the time the first device is out of coverage is less than the threshold, and the first device fails to find synchronization information of a target device from the synchronization information of the another device, determining, by the first device, timing of the first device as the target timing, wherein the target device is a device in the coverage of the synchronization source, or the target device is a device that selects a device in the coverage of the synchronization source as a synchronization reference source.
Tool holding device for shank type tools , comprising at least one tool holder for holding a shank type tool in a distinct upright position and in rotatable manner, the tool holding device being equipped with a topside tool or adapter insertion opening, a base part and a top part , whereby at least the top part comprises uptake holes for the at least one tool holder , and whereas the base part forms a support and/or uptake and/or guide for the at least one tool holder, and whereas the base part and the top part are interconnected to each other by means of at least one spacer, characterized in that the at least one tool holder comprises one and preferably more escape openings which are positioned in vertical direction below the tool or adapter insertion opening and which allow fluid and/or solid treatment agents to exit the tool holder that way that the tool holding device can be used for more than one process step among transfer, cleaning, pretreatment, coating, posttreatment, wherein the tool holding device comprises at least one adapter, wherein the adapter is intended to hold the shank type tool to adopt for different tool diameters of the tool holder and the shank type tool , wherein the adapter can be optionally inserted in the tool holder , wherein the adapter has the form of sleeve or tube with a defined outside diameter as required by the tool holder for pairing and a defined internal diameter as required by the shank of the tool for pairing.
Semi-precast slab (1; 101) including a concrete body (2; 102) and reinforcements anchored in said concrete body, some of said reinforcements forming at least one cage support (4; 104; 204), the semi-precast slab being characterised in that it comprises at least one cage (11; 111) consisting of reinforcements not anchored to the concrete body and received in the cage support to slide between a retracted position and a deployed position in which the cage projects from the semi-precast slab, the cage comprising at least one side bar (18; 118) and extending across the cage support so as to slide along said cage support until the side bar abuts against the cage support, thus defining the deployed position.
A method of adjusting brightness of at least one region of an image being displayed on a display comprising a front modulator comprising an array of light valves, and a backlight comprising a set of individually controllable light sources configured to individually illuminate different regions of the display, the method comprising the steps of: receiving an image signal; modulating, by the front modulator of the display, light emitted from the backlight to form an image based on the image signal; monitoring a power consumption of the display; ramping down an amount of power provided to the backlight of the display and simultaneously increasing an amount of opening in the light valves of the front modulator such that a brightness of the display is not diminished, if the monitored power exceeds a maximum power threshold; wherein the ramping down an amount of power and simultaneous increasing an amount of opening is performed on a regional basis so that, in at least one region of the display, the ramping down and simultaneous increasing is performed relatively more than in at least another region of the display; wherein the ramping down and simultaneous increasing on a regional basis further comprises identifying at least one region of the display, wherein the at least one region comprises an area in a scene being displayed that has a higher degree of focus compared to the other areas of the scene, and applying relatively more power to the light sources corresponding to the at least one region of the display and relatively less power to the light sources corresponding to other regions of the display. receiving an image signal; modulating, by the front modulator of the display, light emitted from the backlight to form an image based on the image signal; monitoring a power consumption of the display; ramping down an amount of power provided to the backlight of the display and simultaneously increasing an amount of opening in the light valves of the front modulator such that a brightness of the display is not diminished, if the monitored power exceeds a maximum power threshold; wherein the ramping down an amount of power and simultaneous increasing an amount of opening is performed on a regional basis so that, in at least one region of the display, the ramping down and simultaneous increasing is performed relatively more than in at least another region of the display; wherein the ramping down and simultaneous increasing on a regional basis further comprises identifying at least one region of the display, wherein the at least one region comprises an area in a scene being displayed that has a higher degree of focus compared to the other areas of the scene, and applying relatively more power to the light sources corresponding to the at least one region of the display and relatively less power to the light sources corresponding to other regions of the display.
A calibration tool for calibrating a vehicle surroundings sensor and for adjusting at least one vehicle headlight , comprising at least one calibration element which is designed for calibrating a vehicle surroundings sensor ; a headlight adjustment device which is designed for adjusting at least one vehicle headlight ; the calibration tool being characterized by a base having rollers designed to movably support the calibration tool on a floor ; and a column extending substantially in a vertical direction and a beam mounted on the column and extending substantially in a horizontal direction, wherein the at least one calibration element and the headlight adjustment device are mounted on the beam . at least one calibration element which is designed for calibrating a vehicle surroundings sensor ; a headlight adjustment device which is designed for adjusting at least one vehicle headlight ; the calibration tool being characterized by a base having rollers designed to movably support the calibration tool on a floor ; and a column extending substantially in a vertical direction and a beam mounted on the column and extending substantially in a horizontal direction, wherein the at least one calibration element and the headlight adjustment device are mounted on the beam .
Method for potential-isolated current measurement for power electronic circuits and electronic equipments, characterized in that a current to be measured is uninterrupted and temporally conducted parallel over divided different paths of the current measurement , and that the paths are consisting of a serial circuit of switching elements with primary windings of current transformers , or of a bypass switching element , and that in secondary windings induced secondary partial currents corresponding to a winding ratio of the current transformers , to a secondary total current totalised and displayed and analysed on a measurement connection , and that during an downtime of the switching elements a stored magnetic energy of the current transformer is discharged in voltage limiting elements .
A method of operation of a network node implementing a network function, NF, service producer in a core network, wherein the NF Service producer is a Session Management Function, SMF, specified in the fifth generation Core network, 5GC, the method comprising: - receiving a request message to create or update a resource; - selecting a service instance to create the requested resource or to update the requested resource which is replicated in the service instance; and - sending a response message to the received request wherein the response message comprises a Uniform Resource Identifier, URI, for the created or updated resource together with information associated with the selected service instance. - receiving a request message to create or update a resource; - selecting a service instance to create the requested resource or to update the requested resource which is replicated in the service instance; and - sending a response message to the received request wherein the response message comprises a Uniform Resource Identifier, URI, for the created or updated resource together with information associated with the selected service instance.
A medical device, in particular a thrombectomy device for intravascular treatment, with a lattice structure which is tubular at least in sections and formed from webs which are connected together into one piece, wherein the lattice structure has a web extension at a proximal end section thereto, which comprises an engaging element , wherein the engaging element is connected to a distal coupling piece of a transport wire by an interlocking connection and the coupling piece has at least one projection and the engaging element has at least one recess , wherein the projection engages in the recess of the engaging element , characterized in that the recess is formed in a closed manner, wherein the recess extends substantially in the axial direction of the engaging element .