mhurhangee/patent-ind-claim-en huggingface dataset:
A method for adapting at least one target speed in order to control the speed of a vehicle, wherein the speed controller comprises: a driver's request speed controller which applies a first target speed (v targ1 ) via a drive train of the vehicle, wherein the first target speed (v targ1 ) is determined as a function of a selected driver's request speed (v tempopilot ); and a brake speed controller which applies a second target speed (v targ2 ) via a brake device of the vehicle, wherein the second target speed (v targ2 ) relates to the driver's request speed (v tempopilot ) via an offset value (Δ); providing a topography of a route as topography data; calculating a speed profile of the vehicle in advance in accordance with the topography data for a specified section of the route lying ahead, a driving resistance of the vehicle, a current speed (v act ) of the vehicle and the set second target speed; and reducing the second target speed to a value below a specified speed limit (v crit ) if the speed profile which is calculated in advance reveals that the vehicle speed is continuously above the speed limit (v crit ) for longer than a predetermined speed-limit-exceeding period (t max ); characterized in that , if the value of the reduced second target speed is not above the first target speed at least by a predetermined minimum offset value (Δ min ), the first target speed is reduced to a value which is below the reduced second target speed at least by the minimum offset value (Δ min ). a driver's request speed controller which applies a first target speed (v targ1 ) via a drive train of the vehicle, wherein the first target speed (v targ1 ) is determined as a function of a selected driver's request speed (v tempopilot ); and a brake speed controller which applies a second target speed (v targ2 ) via a brake device of the vehicle, wherein the second target speed (v targ2 ) relates to the driver's request speed (v tempopilot ) via an offset value (Δ); providing a topography of a route as topography data; calculating a speed profile of the vehicle in advance in accordance with the topography data for a specified section of the route lying ahead, a driving resistance of the vehicle, a current speed (v act ) of the vehicle and the set second target speed; and reducing the second target speed to a value below a specified speed limit (v crit ) if the speed profile which is calculated in advance reveals that the vehicle speed is continuously above the speed limit (v crit ) for longer than a predetermined speed-limit-exceeding period (t max );
A motor control system for controlling operation of a motor having a plurality of windings, the motor control system comprising: a gate driver to provide a control signal to one or more switching elements (Q1 - Q6) controlling a voltage applied to the plurality of windings; a Field Oriented Control (FOC) controller configured to generate a PWM signal for coupling to the gate driver , wherein the FOC controller comprises a d-axis control loop configured to generate an applied d-axis voltage and a q-axis control loop configured to generate an applied q-axis voltage; characterized in that a stall detector configured to calculate an estimate of the q-axis voltage and compare the applied q-axis voltage to a threshold based on the estimate in order to detect a stall condition of the motor , wherein the stall detector comprises a timer and the stall condition of the motor is detected if the applied q-axis voltage remains greater than a high threshold or less than a low threshold for more than a predetermined timeout interval of the timer. a gate driver to provide a control signal to one or more switching elements (Q1 - Q6) controlling a voltage applied to the plurality of windings; a Field Oriented Control (FOC) controller configured to generate a PWM signal for coupling to the gate driver , wherein the FOC controller comprises a d-axis control loop configured to generate an applied d-axis voltage and a q-axis control loop configured to generate an applied q-axis voltage; characterized in that a stall detector configured to calculate an estimate of the q-axis voltage and compare the applied q-axis voltage to a threshold based on the estimate in order to detect a stall condition of the motor , wherein the stall detector comprises a timer and the stall condition of the motor is detected if the applied q-axis voltage remains greater than a high threshold or less than a low threshold for more than a predetermined timeout interval of the timer.
Cushion mat for integration into an automotive seat, comprising: a. a set of springs each spring extending across the cushion mat; b. connectors , connecting the springs with each other to form the cushion mat ; and c. at least one deflection stopper arranged for limiting the deflection of the cushion mat , when a predetermined deflection value (d1) is exceeded; characterized in that d. the deflection stopper comprises a flexible cable ; and e. has a length (L 1 ) that is longer than the length (L 0 ) of joint points of the deflection stopper to one of the springs or to any other element of the cushion mat . a. a set of springs each spring extending across the cushion mat; b. connectors , connecting the springs with each other to form the cushion mat ; and c. at least one deflection stopper arranged for limiting the deflection of the cushion mat , when a predetermined deflection value (d1) is exceeded; characterized in that d. the deflection stopper comprises a flexible cable ; and e. has a length (L 1 ) that is longer than the length (L 0 ) of joint points of the deflection stopper to one of the springs or to any other element of the cushion mat .
A backlight unit, comprising: a frame having a bottom area and a sidewall area extended from the bottom area; a reflection sheet positioned on the frame , the reflection sheet having a coupling hole and a cut portion connected to the coupling hole ; a single substrate positioned in the coupling hole ; and; an optical assembly mounted on the single substrate , the optical assembly having a lower surface (LBS), wherein the reflection sheet is configured to reflect light emitted by the optical assembly , and comprises a first sheet area corresponding to the bottom area of the frame and a second sheet area corresponding to the sidewall area of the frame , wherein the cut portion is cut in the first sheet area from a portion abutting on one side of the single substrate , wherein the single substrate faces a part of the lower surface (LBS) and the reflection sheet faces another part of the lower surface (LBS). a frame having a bottom area and a sidewall area extended from the bottom area; a reflection sheet positioned on the frame , the reflection sheet having a coupling hole and a cut portion connected to the coupling hole ; a single substrate positioned in the coupling hole ; and; an optical assembly mounted on the single substrate , the optical assembly having a lower surface (LBS), wherein the reflection sheet is configured to reflect light emitted by the optical assembly , and comprises a first sheet area corresponding to the bottom area of the frame and a second sheet area corresponding to the sidewall area of the frame , wherein the cut portion is cut in the first sheet area from a portion abutting on one side of the single substrate , wherein the single substrate faces a part of the lower surface (LBS) and the reflection sheet faces another part of the lower surface (LBS).
A robotic device comprising a chassis , a spray gun for spraying material onto a surface, a camera , a rangefinder , and a controller, and a data communication module in data communication with the spray gun , the camera and the rangefinder , wherein the controller is configured for data communication with the data communication module, whereby to receive data from the spray gun , the camera and the rangefinder , and to generate a representation on an operator display of a current spray pattern for the spray gun based on the received data, and wherein the controller is configured automatically to generate control data for the spray gun in response to input from an operator in combination with received data from the spray gun and the rangefinder , in order to generate a spray pattern requested by the operator. wherein the controller is configured for data communication with the data communication module, whereby to receive data from the spray gun , the camera and the rangefinder , and to generate a representation on an operator display of a current spray pattern for the spray gun based on the received data, and wherein the controller is configured automatically to generate control data for the spray gun in response to input from an operator in combination with received data from the spray gun and the rangefinder , in order to generate a spray pattern requested by the operator.
Method for reconstituting a diagram of an electrical installation comprising a plurality of electrical elements connected to a source of power via protective elements arranged in an electrical panel, characterized in that it comprises the following steps: automatically identifying the wired electrical elements of the installation by image recognition using a photo of the electrical panel, automatically determining by means of a calculation module the tree structure of the electrical connections of the elements identified and the position of each element in said tree structure, deducing an electrical diagram of the installation using the tree structure of the electrical connections and the position of each element in said tree structure, the determination of the tree structure of the electrical connections and of the position of each element in said tree structure comprising the following steps: locating at least one output terminal and at least one input terminal on each element identified, verifying the electrical continuity between the output terminal of the first element identified and the input terminal of the second element identified by a detection of a current injected on the output terminal of the first element, determining the relative position of the second element with respect to the first element by a current measurement at a test point located downstream of the output terminal of the first element. automatically identifying the wired electrical elements of the installation by image recognition using a photo of the electrical panel, automatically determining by means of a calculation module the tree structure of the electrical connections of the elements identified and the position of each element in said tree structure, deducing an electrical diagram of the installation using the tree structure of the electrical connections and the position of each element in said tree structure, the determination of the tree structure of the electrical connections and of the position of each element in said tree structure comprising the following steps: locating at least one output terminal and at least one input terminal on each element identified, verifying the electrical continuity between the output terminal of the first element identified and the input terminal of the second element identified by a detection of a current injected on the output terminal of the first element, determining the relative position of the second element with respect to the first element by a current measurement at a test point located downstream of the output terminal of the first element. locating at least one output terminal and at least one input terminal on each element identified, verifying the electrical continuity between the output terminal of the first element identified and the input terminal of the second element identified by a detection of a current injected on the output terminal of the first element, determining the relative position of the second element with respect to the first element by a current measurement at a test point located downstream of the output terminal of the first element.
A pain-relieving mat for magnetotherapy of a user, the mat having longitudinally opposite ends referred to as a feet side and a head side, the mat comprising at least: a. a first tissue composed of at least one bioceramic fibre configured to generate a pain-relieving effect by reflecting FIR waves emitted by the user; b. two pairs of magnetic bands for a north-south magnetization located at the ends of said mat, said two pairs of magnetic bands comprising two bands being arranged at the feet side and two bands being arranged at the head side; c. central magnetic bands, located centrally with respect to the longitudinal direction of the mat, preferably being interposed between the magnetic bands at the feed side and the magnetic bands at the head side; the mat being characterised by further comprising: d. a lower tissue, configured to : i. connect the mat to a generator configured to generate pulsed high and/or low frequency electromagnetic waves and ii. generate a monopolar radiofrequency field to be regularly emitted in a homogeneous manner towards the user, and e. one or more synthetic yarns, selected from a copper fibre, a carbon fibre, and/or a fibre treated with silver ions referred to as a silver fibre. a. a first tissue composed of at least one bioceramic fibre configured to generate a pain-relieving effect by reflecting FIR waves emitted by the user; b. two pairs of magnetic bands for a north-south magnetization located at the ends of said mat, said two pairs of magnetic bands comprising two bands being arranged at the feet side and two bands being arranged at the head side; c. central magnetic bands, located centrally with respect to the longitudinal direction of the mat, preferably being interposed between the magnetic bands at the feed side and the magnetic bands at the head side; the mat being characterised by further comprising: d. a lower tissue, configured to : i. connect the mat to a generator configured to generate pulsed high and/or low frequency electromagnetic waves and ii. generate a monopolar radiofrequency field to be regularly emitted in a homogeneous manner towards the user, and i. connect the mat to a generator configured to generate pulsed high and/or low frequency electromagnetic waves and ii. generate a monopolar radiofrequency field to be regularly emitted in a homogeneous manner towards the user, and e. one or more synthetic yarns, selected from a copper fibre, a carbon fibre, and/or a fibre treated with silver ions referred to as a silver fibre.
A heat exchanger comprising: a first heat transfer tube ; a second heat transfer tube ; and a branching tube having a first end connected to an end of the first heat transfer tube, a second end connected to an end of the second heat transfer tube, and a third end , and connecting the first end, the second end, and the third end to each other, wherein the first heat transfer tube is larger in heat exchange quantity than the second heat transfer tube, the branching tube has a first flow path (C1) connecting the first end and the third end, and a second flow path (C2) connecting the second end and the third end, the first flow path being shorter than the second flow path, characterized in that the first flow path and the second flow path have a length ratio corresponding to a heat exchange quantity ratio between the first heat transfer tube and the second heat transfer tube. a first heat transfer tube ; a second heat transfer tube ; and a branching tube having a first end connected to an end of the first heat transfer tube, a second end connected to an end of the second heat transfer tube, and a third end , and connecting the first end, the second end, and the third end to each other, wherein the first heat transfer tube is larger in heat exchange quantity than the second heat transfer tube, the branching tube has a first flow path (C1) connecting the first end and the third end, and a second flow path (C2) connecting the second end and the third end, the first flow path being shorter than the second flow path, characterized in that the first flow path and the second flow path have a length ratio corresponding to a heat exchange quantity ratio between the first heat transfer tube and the second heat transfer tube.
A seat device for a vehicle, comprising: a seat including a seatback comprising a recessed portion , a first airbag being disposed at a side wall portion of the recessed portion which is configured to accommodate an occupant of the seat therein; and a second airbag being disposed at an outer peripheral rim portion (X) of the recessed portion , the outer peripheral rim portion (X) which is connected to the side wall portion ; wherein the first airbag and the second airbag are configured to expand to form a support shape (SS) at the recessed portion in a seat width direction, characterized in that the first airbag and the second airbag include triangle cross sections (δ) that are tapered towards a ridgeline portion between the side wall portion and the outer peripheral rim portion (X) of the recessed portion . a seat including a seatback comprising a recessed portion , a first airbag being disposed at a side wall portion of the recessed portion which is configured to accommodate an occupant of the seat therein; and a second airbag being disposed at an outer peripheral rim portion (X) of the recessed portion , the outer peripheral rim portion (X) which is connected to the side wall portion ; wherein the first airbag and the second airbag are configured to expand to form a support shape (SS) at the recessed portion in a seat width direction, characterized in that the first airbag and the second airbag include triangle cross sections (δ) that are tapered towards a ridgeline portion between the side wall portion and the outer peripheral rim portion (X) of the recessed portion .
Conveying installation having a conveyor belt , containing a carrying-side cover panel and a running-side cover panel , and also having drums, supporting rollers and supporting structures, characterized in that the carrying-side cover panel of the conveyor belt is of two-layered design, wherein the uppermost layer of the carrying-side cover panel , said layer being in direct contact with the material conveyed, is made up, as seen over the entire width of the conveyor belt, of at least two rubber mixtures which differ in terms of quality and/or quantity.
A cooking appliance comprising: at least an heating element configured to generate heat for cooking a food item ; a user interface configured to allow selection of a cooking program for cooking the food item the appliance comprising means for selecting an increase of a cooking temperature to a maximum predetermined cooking temperature to sear a food item, while a selected cooking program is underway and without interrupting the selected cooking program that is underway, characterized in that such means for selecting an increase of cooking temperature are configured so that the selection of the increase of the cooking temperature to the maximum predetermined cooking temperature to sear a food item is temporarily disabled for a predetermined time period after its activation, regardless of whether the maximum cooking temperature is reached.
Drill head for the precision machining of workpieces, comprising a tool blade which is held on a solid-body joint and by means of which at least one piezo actuator is adjustable in an advancing direction, characterized in that the effective distance (b) of the piezo actuator from a joint of the solid-body joint is approximately equal to or greater than the distance (a) between the joint and the tool blade .
A process for removing hydrogen from a dry gas comprising hydrogen as an impurity, said process comprising passing said dry gas at a temperature from about 0°C to about 60°C through at least one layer of a first hopcalite catalyst to produce product gas that is at least substantially free of hydrogen, wherein said first hopcalite catalyst has a molar ratio of copper to manganese in a range from 0.8 to 7.
A connector for a blood pressure measurement system that includes a pressure generating and regulating system and a finger cuff , the connector comprising: a first half portion pneumatically and electrically connected to the pressure generating and regulating system; and a second half portion fixedly attached to the finger cuff , wherein the first half portion and the second half portion are connectable in two or more orientations, and wherein the pressure generating and regulating system and the finger cuff are pneumatically and electrically connected when the first half portion and the second half portion are connected, wherein the first half portion and the second half portion comprise one or more mechanical key features that facilitate alignment of the first half portion and the second half portion characterized in that the mechanical key features facilitate alignment of the first half portion and the second half portion in two or more discrete possible angular orientations, wherein the connector comprises electrical connector pads being commensurate with the number of possible orientations such that there is a set of electrical connector pads in the second half portion that makes suitable contact with electrical connector pins in the first half portion when the two halves are connected in any of the possible orientations. a first half portion pneumatically and electrically connected to the pressure generating and regulating system; and a second half portion fixedly attached to the finger cuff , wherein the first half portion and the second half portion are connectable in two or more orientations, and wherein the pressure generating and regulating system and the finger cuff are pneumatically and electrically connected when the first half portion and the second half portion are connected, wherein the first half portion and the second half portion comprise one or more mechanical key features that facilitate alignment of the first half portion and the second half portion characterized in that the mechanical key features facilitate alignment of the first half portion and the second half portion in two or more discrete possible angular orientations, wherein the connector comprises electrical connector pads being commensurate with the number of possible orientations such that there is a set of electrical connector pads in the second half portion that makes suitable contact with electrical connector pins in the first half portion when the two halves are connected in any of the possible orientations.
Drive device for an electrified vehicle axle of a vehicle, having an electric machine (EM) which outputs drive via a transmission to flange shafts which are led to vehicle wheels, and having a cooling/lubrication module which supplies coolant/lubricant to the electric machine (EM) and/or the transmission , characterized in that the drive device has a modular housing structure in which a module housing of the cooling/lubrication module , a stator housing of the electric machine (EM) and a transmission housing are joined together as mutually separate metal cast parts, in particular die-cast parts, to form a unit.