mhurhangee/patent-ind-claim-en huggingface dataset:
Window regulator of a motor vehicle, having a cable or cable roller deflector which is connected to a guide rail of the window regulator by means of a connecting part , - wherein the connecting part engages through a first opening in the cable or cable roller deflector and through a second opening in the guide rail , - wherein a perforated disc having a disc opening is arranged on that side of the guide rail which is opposite to the cable or cable roller deflector , characterized - in that the perforated disc has, on the disc side facing away from the guide rail , a first toothing on the opening periphery of the disc opening , and - in that the connecting part engages through the disc opening of the perforated disc , and a deforming end of the connecting part , said deforming end protruding from the disc opening , is deformed in such a way that material (W) of the connecting part penetrates into the first toothing of the perforated disc . - wherein the connecting part engages through a first opening in the cable or cable roller deflector and through a second opening in the guide rail , - wherein a perforated disc having a disc opening is arranged on that side of the guide rail which is opposite to the cable or cable roller deflector , - in that the perforated disc has, on the disc side facing away from the guide rail , a first toothing on the opening periphery of the disc opening , and - in that the connecting part engages through the disc opening of the perforated disc , and a deforming end of the connecting part , said deforming end protruding from the disc opening , is deformed in such a way that material (W) of the connecting part penetrates into the first toothing of the perforated disc .
A multi-node storage system comprising: a first node comprising: a first baseboard management controller, BMC ; a first flash ROM configured to store a first flash image; and a first switch device configured to connect the first BMC to the first flash ROM ; and a second node comprising: a second BMC connected to the first switch device ; a second flash ROM configured to store a second flash image; and a second switch device configured to connect the second BMC to the second flash ROM , wherein the first BMC is connected to the second switch device , wherein the second flash image is the same as the first flash image. a first node comprising: a first baseboard management controller, BMC ; a first flash ROM configured to store a first flash image; and a first switch device configured to connect the first BMC to the first flash ROM ; and a first baseboard management controller, BMC ; a first flash ROM configured to store a first flash image; and a first switch device configured to connect the first BMC to the first flash ROM ; and a second node comprising: a second BMC connected to the first switch device ; a second flash ROM configured to store a second flash image; and a second switch device configured to connect the second BMC to the second flash ROM , a second BMC connected to the first switch device ; a second flash ROM configured to store a second flash image; and a second switch device configured to connect the second BMC to the second flash ROM , wherein the first BMC is connected to the second switch device , wherein the second flash image is the same as the first flash image.
Elevator arrangement comprising an elevator with an elevator control system, a safety system and an inspection or maintenance mode, which elevator having an elevator car arranged to run up and down in an elevator shaft along guide rails , and which elevator car is equipped with a roof , wherein the roof of the elevator car is arranged to uncover upper part of the elevator car to form a natural safe working space for conducting inspection and maintenance tasks from inside the elevator car to the elevator shaft and to form the refuge space inside the elevator car , characterized in that the arrangement comprises a control mechanism in order to control the position of the roof , the control mechanism comprising at least a trigger element that is arranged to move in connection with the movement of the roof of the elevator car, and control switches activated by the movement of the trigger element and operatively connected at least to the elevator control system and to the elevator safety system.
A method , comprising: transmitting , from a first user equipment, UE, an assistance request to at least one neighboring UE; receiving , by the first UE and from the at least one neighboring UE , assistance information including an indication of at least one resource for transmission; and transmitting , from the first UE, over the indicated at least one resource, wherein the assistance request is transmitted via sidelink control information, SCI, characterized in that the assistance request is set by using a reserved value for a field in SCI. transmitting , from a first user equipment, UE, an assistance request to at least one neighboring UE; receiving , by the first UE and from the at least one neighboring UE , assistance information including an indication of at least one resource for transmission; and transmitting , from the first UE, over the indicated at least one resource, wherein the assistance request is transmitted via sidelink control information, SCI, characterized in that the assistance request is set by using a reserved value for a field in SCI.
Laundry care appliance with an outer tub for receiving washing liquid, wherein the outer tub has a discharge opening , wherein the discharge opening is fluidically connected to a line , wherein arranged in the line is a variable-speed pump for pumping washing liquid out of the outer tub and through the line , and a controller for controlling the variable-speed pump , characterised in that the controller is embodied to activate the variable-speed pump and to operate it at a nominal pump speed during a first time segment , in order to pump washing liquid out of the outer tub and through the line at a nominal volumetric flow rate , the controller is embodied to reduce the nominal pump speed of the variable-speed pump to a minimum pump speed during a second time segment following the first time segment , if the volumetric flow rate of the washing liquid pumped through the variable-speed pump falls below a volumetric flow rate minimum threshold value , the controller is embodied to increase the minimum pump speed of the variable-speed pump to a maximum pump speed during a third time segment following the second time segment , if the volumetric flow rate of the washing liquid pumped through the variable-speed pump reaches the volumetric flow rate minimum threshold value , wherein the maximum pump speed is greater than the minimum pump speed and the nominal pump speed , in order to remove a standing air vortex at a pump suction port of the variable-speed pump and air dissolved in two phases in a pump pressure chamber of the variable-speed pump , and the controller is embodied to reduce the maximum pump speed of the variable-speed pump to the nominal pump speed during a fourth time segment following the third time segment , if the volumetric flow rate of the washing liquid pumped through the variable-speed pump reaches the nominal volumetric flow rate , in order to once more effectively pump washing liquid out of the outer tub and through the line at the nominal volumetric flow rate , wherein the controller is embodied to identify a presence of an air vortex in the pump by the volumetric flow rate dropping below the volumetric flow rate minimum threshold value .
A charging circuit, comprising: a control circuit (110; 210); and a voltage reduction circuit (120; 220) connected to the control circuit (110; 210); wherein the control circuit (110; 210) is configured to obtain a feedback signal indicating a generated frequency of a control signal, generate the control signal based on the feedback signal, and send the control signal to the voltage reduction circuit (120; 220); and the voltage reduction circuit (120; 220) is configured to obtain an input voltage and the control signal, perform voltage reduction processing on the input voltage based on the control signal and output an output voltage to a battery , characterized in that an output current corresponding to the output voltage is greater than an input current corresponding to the input voltage, and the output voltage is configured to determine the generated frequency; the voltage reduction circuit (120; 220) comprises at least two cascaded voltage reduction sub-circuits ; and an output voltage of each voltage reduction sub-circuit is half of an input voltage inputted to the voltage reduction sub-circuit , and an output current of each voltage reduction sub-circuit is double of an input current inputted to the voltage reduction sub-circuit ; wherein an operating frequency of a preceding one of the at least two cascaded voltage reduction sub-circuits is greater than that of a succeeding one of the at least two cascaded voltage reduction sub-circuits , and the operating frequency is a frequency of switching on and off a switch in the corresponding voltage reduction sub-circuit . a control circuit (110; 210); and a voltage reduction circuit (120; 220) connected to the control circuit (110; 210); wherein the control circuit (110; 210) is configured to obtain a feedback signal indicating a generated frequency of a control signal, generate the control signal based on the feedback signal, and send the control signal to the voltage reduction circuit (120; 220); and the voltage reduction circuit (120; 220) is configured to obtain an input voltage and the control signal, perform voltage reduction processing on the input voltage based on the control signal and output an output voltage to a battery , characterized in that an output current corresponding to the output voltage is greater than an input current corresponding to the input voltage, and the output voltage is configured to determine the generated frequency; the voltage reduction circuit (120; 220) comprises at least two cascaded voltage reduction sub-circuits ; and an output voltage of each voltage reduction sub-circuit is half of an input voltage inputted to the voltage reduction sub-circuit , and an output current of each voltage reduction sub-circuit is double of an input current inputted to the voltage reduction sub-circuit ; wherein an operating frequency of a preceding one of the at least two cascaded voltage reduction sub-circuits is greater than that of a succeeding one of the at least two cascaded voltage reduction sub-circuits , and the operating frequency is a frequency of switching on and off a switch in the corresponding voltage reduction sub-circuit .
An inspection device, comprising: an X-ray inspection system configured to perform X-ray inspection on an item of luggage to obtain a transmission image of said luggage; a memory configured to store the transmission image and having sample transmission images of firearms stored thereon; and a processor configured to: determine a plurality of candidate regions in the transmission image using a trained firearm detection neural network; and classify the plurality of candidate regions using the firearm detection neural network to determine whether there is a firearm included in the transmission image, characterized in that : the processor is further configured to fuse a Region Proposal Network, RPN, and a convolutional layer of a Convolutional Neural Network, CNN, to obtain an initial detection network, and train the initial detection network using the sample transmission images to obtain the trained firearm detection neural network. an X-ray inspection system configured to perform X-ray inspection on an item of luggage to obtain a transmission image of said luggage; a memory configured to store the transmission image and having sample transmission images of firearms stored thereon; and a processor configured to: determine a plurality of candidate regions in the transmission image using a trained firearm detection neural network; and classify the plurality of candidate regions using the firearm detection neural network to determine whether there is a firearm included in the transmission image, characterized in that : determine a plurality of candidate regions in the transmission image using a trained firearm detection neural network; and classify the plurality of candidate regions using the firearm detection neural network to determine whether there is a firearm included in the transmission image, characterized in that : the processor is further configured to fuse a Region Proposal Network, RPN, and a convolutional layer of a Convolutional Neural Network, CNN, to obtain an initial detection network, and train the initial detection network using the sample transmission images to obtain the trained firearm detection neural network.
A debris separator for a gas turbine engine component, comprising: a first body section along an axis (E), the first body section comprising a first inlet orifice transverse to the axis (E); a neck section adjacent to the first body section along the axis (E); and a second body section along the axis (E) adjacent to the neck section , the second body section forming an exit orifice along the axis (E); characterized in that the first inlet orifice comprises a slot a first body section along an axis (E), the first body section comprising a first inlet orifice transverse to the axis (E); a neck section adjacent to the first body section along the axis (E); and a second body section along the axis (E) adjacent to the neck section , the second body section forming an exit orifice along the axis (E); characterized in that the first inlet orifice comprises a slot
A device comprising: an elongated member for nasal insertion into a patient's pharynx, the elongated member having a proximal portion , a distal portion , and a longitudinal axis (L), wherein the elongated member comprises a first region having a first stiffness and a second region proximal of the first region along the longitudinal axis, and wherein the second region has a second stiffness less than the first stiffness; and a conductive element carried by the distal portion of the elongated member and configured to be electrically coupled to an energy source for delivering electric current to nerves proximate the pharynx, wherein, when the elongated member is inserted through a nostril of the patient such that the distal portion is positioned at a treatment site within the pharynx, the conductive element is placed in apposition with the pharyngeal wall, the first region extends along at least a portion of the nasal cavity and at least a portion of the nasopharynx, and the second region is positioned at or proximal of the patient's nostril. an elongated member for nasal insertion into a patient's pharynx, the elongated member having a proximal portion , a distal portion , and a longitudinal axis (L), wherein the elongated member comprises a first region having a first stiffness and a second region proximal of the first region along the longitudinal axis, and wherein the second region has a second stiffness less than the first stiffness; and a conductive element carried by the distal portion of the elongated member and configured to be electrically coupled to an energy source for delivering electric current to nerves proximate the pharynx, wherein, when the elongated member is inserted through a nostril of the patient such that the distal portion is positioned at a treatment site within the pharynx, the conductive element is placed in apposition with the pharyngeal wall, the first region extends along at least a portion of the nasal cavity and at least a portion of the nasopharynx, and the second region is positioned at or proximal of the patient's nostril.
A device comprising: one or more circuits comprising circuitry configured to: obtain a transaction addressed to a group of targets ; select an entry (421-423) associated with the group of targets from at least one routing data structure , the entry identifying sets of directives with each set transmitting the transaction to the group of targets, wherein a first directive of a first set directs a first switch of a plurality of switches (IS1C1 to ISMCN) to transmit the transaction on an output of the first switch and a second directive of the first set directs a second switch of the plurality of switches to transmit the transaction on an output of the second switch; select a selected set from the alternate sets of directives; and transmit the transaction to the group of targets in accordance with the selected set. obtain a transaction addressed to a group of targets ; select an entry (421-423) associated with the group of targets from at least one routing data structure , the entry identifying sets of directives with each set transmitting the transaction to the group of targets, wherein a first directive of a first set directs a first switch of a plurality of switches (IS1C1 to ISMCN) to transmit the transaction on an output of the first switch and a second directive of the first set directs a second switch of the plurality of switches to transmit the transaction on an output of the second switch; select a selected set from the alternate sets of directives; and transmit the transaction to the group of targets in accordance with the selected set.
A dispensing system for dispensing and depositing one or more fluid depositions onto at least one region of a substrate moving along a longitudinally extending flow path with respect to the dispensing system, comprising: a manifold having internal passageways for fluid flow therein and one or more drive gears; a drive arm mounted on the manifold, the drive arm having a drive motor configured to drive the one or more drive gears; one or more pump assemblies mounted on a top surface of the manifold, each pump assembly formed as a rotary gear pump having a gear train formed by two gears, wherein one of the gears is disposed in meshed relationship with a respective drive gear of the one or more drive gears; a filter block for filtering the fluid received in the system; an applicator or nozzle adapter fluidically connected to the manifold; one or more applicators or nozzles fluidically connected to the applicator or nozzle adapter and configured to dispense the fluid onto the substrate; and one or more valve module assemblies configured to control flow of the fluid to the one or more applicators or nozzles characterised in that the drive arm is rotatable relative to the manifold between a first, vertical position and a second, horizontal position. a manifold having internal passageways for fluid flow therein and one or more drive gears; a drive arm mounted on the manifold, the drive arm having a drive motor configured to drive the one or more drive gears; one or more pump assemblies mounted on a top surface of the manifold, each pump assembly formed as a rotary gear pump having a gear train formed by two gears, wherein one of the gears is disposed in meshed relationship with a respective drive gear of the one or more drive gears; a filter block for filtering the fluid received in the system; an applicator or nozzle adapter fluidically connected to the manifold; one or more applicators or nozzles fluidically connected to the applicator or nozzle adapter and configured to dispense the fluid onto the substrate; and one or more valve module assemblies configured to control flow of the fluid to the one or more applicators or nozzles
Handbrake actuating device for actuating a brake of a vehicle, in particular an agricultural vehicle, having a frame , a brake lever which is articulated on the frame so as to be pivotable about an axle , and a connecting element for transmitting a movement of the brake lever to a brake, wherein the connecting element is movable on a link of the brake lever between a position remote from the axle and a position close to the axle and a coupling member engages on the one hand on the connecting element and on the other hand on a point of the frame remote from the axle , characterised in that the coupling member comprises a rod, one end of which is connected to the connecting element and the other end of which is articulated to the frame .
A feeder arrangement for the introduction of solids between a high pressure water supply and a slurry delivery conduit in a slurry transport system comprising at least one water-filled chamber (A, B, C) with a top end and a bottom end , the chamber including: a. a high pressure water inlet adjacent the top end controlled by a first valve ; b. a low pressure solids inlet controlled by a second valve to introduce solids into the water-filled chamber; c. a low pressure water outlet adjacent the top end controlled by a third valve for displaced water when the solids inlet is opened; and d. the bottom end of the chamber having a high pressure solids and water outlet controlled by a fourth valve and connected to the slurry delivery conduit ; wherein the low pressure solids inlet has a transfer chute that opens at a position suitably spaced apart from the top end of the chamber to maintain a substantially clear-water environment at or adjacent the top end of the chamber; the high pressure water inlet and the high pressure solids and water outlet are opened to evacuate the solids from the chamber; and the high pressure solids and water outlet is closed at a stage when there is clear-water exiting the chamber. a. a high pressure water inlet adjacent the top end controlled by a first valve ; b. a low pressure solids inlet controlled by a second valve to introduce solids into the water-filled chamber; c. a low pressure water outlet adjacent the top end controlled by a third valve for displaced water when the solids inlet is opened; and d. the bottom end of the chamber having a high pressure solids and water outlet controlled by a fourth valve and connected to the slurry delivery conduit ; the low pressure solids inlet has a transfer chute that opens at a position suitably spaced apart from the top end of the chamber to maintain a substantially clear-water environment at or adjacent the top end of the chamber; the high pressure water inlet and the high pressure solids and water outlet are opened to evacuate the solids from the chamber; and the high pressure solids and water outlet is closed at a stage when there is clear-water exiting the chamber.