mhurhangee/patent-ind-claim-en huggingface dataset:
A method for controlling a hybrid vehicle comprising an electric motor that drives the vehicle to travel, a generator that supplies power to the electric motor , and an engine that drives the generator , the method comprising: calculating an amount or factor of change in target driving force for the vehicle ; setting a change rate of a rotational speed of the engine in accordance with the amount or factor of change in the target driving force; and controlling the rotational speed of the engine on a basis of the change rate of the rotational speed of the engine , wherein the rotational speed of the engine is controlled based on the change rate of the rotational speed of the engine in accordance with the amount or factor of change in the target driving force from a time point at which the amount or factor of change in the target driving force becomes a predetermined threshold or more until a second predetermined time elapses, the method being characterized in that , after the second predetermined time has elapsed, the rotational speed of the engine is controlled based on a predetermined constant engine rotational speed change rate. calculating an amount or factor of change in target driving force for the vehicle ; setting a change rate of a rotational speed of the engine in accordance with the amount or factor of change in the target driving force; and controlling the rotational speed of the engine on a basis of the change rate of the rotational speed of the engine , wherein the rotational speed of the engine is controlled based on the change rate of the rotational speed of the engine in accordance with the amount or factor of change in the target driving force from a time point at which the amount or factor of change in the target driving force becomes a predetermined threshold or more until a second predetermined time elapses, the method being characterized in that , after the second predetermined time has elapsed, the rotational speed of the engine is controlled based on a predetermined constant engine rotational speed change rate.
Method for stabilizing the ballast bed of a track , with a track-mobile tamping machine , which aligns the track into a desired position with a lifting and straightening device , which fixes the track in the aligned position with a fully hydraulic tamping drive , which stabilizes the track fixed in the aligned position with a dynamic track stabilizer by settlement and which is equipped with sensors for determining the ballast bed properties and with a track measuring device, characterized in that a first inertial navigation system is arranged between the tamping drive and the dynamic track stabilizer , which first inertial navigation system measures the track geometry error (RF1) after the tamping machine, and in that a second inertial navigation system is arranged in the working direction (A)behind the dynamic track stabilizer , which second inertial navigation system measures the track geometry error (RF2) after the track stabilizer , in that a controlled variable is derived via a similarity transformation of the track geometry errors (RF1, RF2) relative to one another, which controlled variable is linked to a settlement specification (WS) and is guided via a controller (K), the output signal of which is linked to predeterminable pre-control variables, and in that at least one control parameter (OUT) of the dynamic track stabilizer is thus controlled in such a way that the track geometry error (RF2) behind the track stabilizer is minimized.
A system, comprising: a current transformer (200; 300; 400; 500; 700; 735; 765) including an integrated magnetic actuator (104; 202) component and configured to measure a current signal; and a first plate (212; 302; 402; 504; 702) configured to align a primary coil (102; 208) of the current transformer inline with a secondary coil (106; 210) of the current transformer in a non concentric inline dual coil design, the first plate having an integrated at least first portion of a core of the current transformer, characterized in that the first plate with the integrated at least first portion of the core is manufactured by utilization of at least one of a powdered metal or metal injection process. a current transformer (200; 300; 400; 500; 700; 735; 765) including an integrated magnetic actuator (104; 202) component and configured to measure a current signal; and a first plate (212; 302; 402; 504; 702) configured to align a primary coil (102; 208) of the current transformer inline with a secondary coil (106; 210) of the current transformer in a non concentric inline dual coil design, the first plate having an integrated at least first portion of a core of the current transformer, characterized in that the first plate with the integrated at least first portion of the core is manufactured by utilization of at least one of a powdered metal or metal injection process.
A device for checking lack of voltage in an electric circuit, comprising a pair of flexible and insulating gloves , a lack of voltage checking device comprising at least one display screen and two contact points , characterized in that the lack of voltage checking device is formed in a flexible electronic circuit, comprising a flexible substrate, and embedded in a first glove of the pair of flexible and insulating gloves , said display screen being flush on the surface of said glove .
Method for providing access to a plug element which is integrated into a charging station that provides electrical energy for electrically drivable vehicles, wherein - identification information of a user is captured by an information capturing unit assigned to the charging station and - after capturing the identification information from a non-providing position, in which the socket outlet is inaccessible in a housing of the charging station, the plug element is placed in a providing position in which the plug element is arranged in the housing so as to be accessible from the outside and a mating plug element can be inserted into the plug element, characterised in that after the plug element is placed in the providing position additional identification information is transferred to a control unit of the charging station, by means of which the user's authorisation to perform the charging process is verified and/or a billing account assigned to the user is determined. - identification information of a user is captured by an information capturing unit assigned to the charging station and - after capturing the identification information from a non-providing position, in which the socket outlet is inaccessible in a housing of the charging station, the plug element is placed in a providing position in which the plug element is arranged in the housing so as to be accessible from the outside and a mating plug element can be inserted into the plug element,
A high performance door, preferably a high speed door, for closing an opening , preferably in a wall comprising a flexible curtain to be wound and unwound on a shaft to open and close the opening with a rigid bottom beam attached on the lower end of said curtain , wherein the rigid bottom beam comprises two opposite sides , one of these sides is a at least flush side which is substantially flush with the curtain , characterized in, that the other side is an oblique side which extends obliquely with respect to the curtain .
A method of preparing a sample (S) for study in a charged-particle microscope (M), whereby the sample (S) is subjected to rapid cooling using a cryogen, comprising the following steps: - Providing a sample (S), wherein the sample comprises a grid-like holder across which a membrane with perforations is spanned, wherein said sample is substantially planar, with oppositely-located major surfaces; and wherein the sample further comprises a film of aqueous liquid that is spanned across the perforations of the membrane , wherein the aqueous liquid comprises one or more study specimens suspended therein; - Providing two conduits for transporting cryogenic fluid, each of which conduits opens out into a mouthpiece , which mouthpieces are arranged to face each other across an intervening gap ; - Placing the sample (S) in said gap so that said major surfaces face said mouthpieces; - Pumping cryogenic fluid through said conduits so as to concurrently flush from said mouthpieces , thereby suddenly immersing the sample (S) in cryogenic fluid from two opposite sides. - Providing a sample (S), wherein the sample comprises a grid-like holder across which a membrane with perforations is spanned, wherein said sample is substantially planar, with oppositely-located major surfaces; and wherein the sample further comprises a film of aqueous liquid that is spanned across the perforations of the membrane , wherein the aqueous liquid comprises one or more study specimens suspended therein; - Providing two conduits for transporting cryogenic fluid, each of which conduits opens out into a mouthpiece , which mouthpieces are arranged to face each other across an intervening gap ; - Placing the sample (S) in said gap so that said major surfaces face said mouthpieces; - Pumping cryogenic fluid through said conduits so as to concurrently flush from said mouthpieces , thereby suddenly immersing the sample (S) in cryogenic fluid from two opposite sides.
A battery module comprising: a battery cell assembly in which a plurality of battery cells are stacked adjacent to each other side by side; a module frame receiving the battery cell assembly ; and an end plate disposed at one end of the battery cell assembly in a length direction, wherein the end plate includes a main body portion including a welding portion welding-coupled with the module frame and an insulating coating portion coating an entire surface of the main body portion except for the welding portion , wherein the main body portion is made of a metal material. a battery cell assembly in which a plurality of battery cells are stacked adjacent to each other side by side; a module frame receiving the battery cell assembly ; and an end plate disposed at one end of the battery cell assembly in a length direction, wherein the end plate includes a main body portion including a welding portion welding-coupled with the module frame and an insulating coating portion coating an entire surface of the main body portion except for the welding portion ,
A method of transmitting a buffer status report, BSR, of a user equipment, the method comprising: receiving, from a base station, a configuration message regarding a configured uplink resource used for transmitting uplink data based on a transmission period without a scheduling, wherein the transmission period of the configured uplink resource is set based on the received configuration message; triggering (1g-05) a procedure for a BSR corresponding to a logical channel; determining (1g-07) whether a resource for transmitting a scheduling request corresponding to the logical channel is allocated from the base station; determining (1g-13) whether the configured uplink resource is activated, if the resource for transmitting a scheduling request is not allocated; and if the configured uplink resource is activated, transmitting the BSR by using the configured uplink resource, in case that the transmission period of the configured uplink resource is less than a threshold value or transmitting the BSR through a random access procedure in case that the transmission period of the configured uplink resource is greater than or equal to the threshold value. receiving, from a base station, a configuration message regarding a configured uplink resource used for transmitting uplink data based on a transmission period without a scheduling, wherein the transmission period of the configured uplink resource is set based on the received configuration message; triggering (1g-05) a procedure for a BSR corresponding to a logical channel; determining (1g-07) whether a resource for transmitting a scheduling request corresponding to the logical channel is allocated from the base station; determining (1g-13) whether the configured uplink resource is activated, if the resource for transmitting a scheduling request is not allocated; and if the configured uplink resource is activated, transmitting the BSR by using the configured uplink resource, in case that the transmission period of the configured uplink resource is less than a threshold value or transmitting the BSR through a random access procedure in case that the transmission period of the configured uplink resource is greater than or equal to the threshold value.
A medical tube to transport gases, the medical tube (200 comprising: an elongate film spirally wrapped with an elongate reinforcing member to form a lumen, the elongate film bonding with the elongate reinforcing member , wherein the elongate film comprises a profile that keeps the elongate film from protruding into the lumen of the medical tube when the medical tube is bent; wherein the profile comprises an inwardly biased profile between adjacent windings of the reinforcing member; and wherein the longitudinal distance between corresponding points on adjacent windings of the elongate reinforcing member , measured when the medical tube is not subject to deformational strain, is selected such that the elongate film drapes a maximal amount between successive windings of the elongate reinforcing member while not extending inwardly beyond the base of the elongate reinforcing member into the lumen when the medical tube is bent. an elongate film spirally wrapped with an elongate reinforcing member to form a lumen, the elongate film bonding with the elongate reinforcing member , wherein the elongate film comprises a profile that keeps the elongate film from protruding into the lumen of the medical tube when the medical tube is bent; wherein the profile comprises an inwardly biased profile between adjacent windings of the reinforcing member; and wherein the longitudinal distance between corresponding points on adjacent windings of the elongate reinforcing member , measured when the medical tube is not subject to deformational strain, is selected such that the elongate film drapes a maximal amount between successive windings of the elongate reinforcing member while not extending inwardly beyond the base of the elongate reinforcing member into the lumen when the medical tube is bent.
A computer-implemented method for determining when a traffic signal associated with a road intersection is malfunctioning, the method comprising: identifying (A110) a traffic signal pattern for the traffic signal; receiving (A120) two or more time-spaced probe reports of a vehicle from either: (i) a device integrated with or in the vehicle; or (ii) a static device; wherein each probe report comprises location data and time data; generating (A130) a vehicle path including the road intersection for the vehicle using the location data and the time data in the two or more time-spaced probe reports, wherein the vehicle path extends from a first location of a first probe report of the two or more probe reports, the first location prior to the intersection, to a second location of a subsequent probe report of the two or more probe reports, the second location subsequent to or in the intersection, the vehicle path describing a portion of a roadway traversed by the vehicle; comparing (A140) the vehicle path to the traffic signal pattern; determining (A150) an abnormal crossing of the road intersection from the comparison; and determining (A170) the traffic signal has malfunctioned. identifying (A110) a traffic signal pattern for the traffic signal; receiving (A120) two or more time-spaced probe reports of a vehicle from either: (i) a device integrated with or in the vehicle; or (ii) a static device; wherein each probe report comprises location data and time data; (i) a device integrated with or in the vehicle; or (ii) a static device; generating (A130) a vehicle path including the road intersection for the vehicle using the location data and the time data in the two or more time-spaced probe reports, wherein the vehicle path extends from a first location of a first probe report of the two or more probe reports, the first location prior to the intersection, to a second location of a subsequent probe report of the two or more probe reports, the second location subsequent to or in the intersection, the vehicle path describing a portion of a roadway traversed by the vehicle; comparing (A140) the vehicle path to the traffic signal pattern; determining (A150) an abnormal crossing of the road intersection from the comparison; and determining (A170) the traffic signal has malfunctioned.
A system for adapting a drain voltage of a power stage, the system comprising at least two transmission paths T Xn , a transmission path comprising a resistive element (1 n ), a phase control module (2 n ), and the power stage (3 n ) at the output of which at least one radiating element (E n ) is arranged, the system comprising at least: - a device (5 n ) configured to determine a value of a reflected power P r , a value of an incident power P i in at the power stage, - an analogue device (6 n ) configured to generate a voltage that is an image of a ratio of the incident power Pi and the reflected power Pr and to pulse width-modulate said voltage that is an image of said power ratio, thereby providing a low-power PWM signal, - a switching cell (7 n ) configured to receive said low-power PWM signal and to generate a power signal PWM a by amplifying the low-power signal, - a low-pass filter (8 1 ) configured to transform said power signal PWM a into a bias signal for biasing the power stage in accordance with a predefined bias control law. - a device (5 n ) configured to determine a value of a reflected power P r , a value of an incident power P i in at the power stage, - an analogue device (6 n ) configured to generate a voltage that is an image of a ratio of the incident power Pi and the reflected power Pr and to pulse width-modulate said voltage that is an image of said power ratio, thereby providing a low-power PWM signal, - a switching cell (7 n ) configured to receive said low-power PWM signal and to generate a power signal PWM a by amplifying the low-power signal, - a low-pass filter (8 1 ) configured to transform said power signal PWM a into a bias signal for biasing the power stage in accordance with a predefined bias control law.
A phase shift transformer in multi-level medium voltage inverter including a plurality of power cells (52a∼52f); for driving a motor , the phase shift transformer comprising: a plurality of modularized phase shift transformers , wherein primary windings of the plurality of modularized phase shift transformers are phase-shifted to each other at a predetermined angle; characterized in that the predetermined angle is determined by the following Equation: α prim = 360 N m _ T 1 N sec _ out 1 N diode _ pulse deg ree , where, N m_T is the number of modules of the modularized phase shift transformer , N sec _out is the number of outputs at a secondary winding of the modularized phase shift transformer , and N diode_pulse is the number of pulses of a diode rectifier of the power cell .
A wearable device assembly comprising: a housing containing an internal battery , and further having a first end and a second end ; a USB connector attached to the first end of the housing and configured to transmit to and receive data from an external computing device and transmit power received from an external power source to the internal battery ; a user input system; a controller supported by the housing , the controller having a first sensor operably associated therewith wherein the first sensor detects a first parameter of an athletic performance of a user ; a first receiver member defining an opening configured to removably receive the USB connector , wherein the first receiver member includes at least a second sensor operably associated with the controller when the USB connector is received within the opening of the first receiver such that the second sensor detects a second parameter of the athletic performance of the user ; one or more processors ; and a memory storing computer readable instructions that, when executed by the wearable device assembly, cause the one or more processors at least to: receive a user input through the user input system for initiating a performance monitoring session; and in response to the received user input, transmit to a computing device, performance data obtained by at least one of the first sensor and the second sensor. a housing containing an internal battery , and further having a first end and a second end ; a USB connector attached to the first end of the housing and configured to transmit to and receive data from an external computing device and transmit power received from an external power source to the internal battery ; a user input system; a controller supported by the housing , the controller having a first sensor operably associated therewith wherein the first sensor detects a first parameter of an athletic performance of a user ; a first receiver member defining an opening configured to removably receive the USB connector , wherein the first receiver member includes at least a second sensor operably associated with the controller when the USB connector is received within the opening of the first receiver such that the second sensor detects a second parameter of the athletic performance of the user ; one or more processors ; and a memory storing computer readable instructions that, when executed by the wearable device assembly, cause the one or more processors at least to: receive a user input through the user input system for initiating a performance monitoring session; and in response to the received user input, transmit to a computing device, performance data obtained by at least one of the first sensor and the second sensor. receive a user input through the user input system for initiating a performance monitoring session; and in response to the received user input, transmit to a computing device, performance data obtained by at least one of the first sensor and the second sensor.
A vacuum vessel for a thermonuclear reactor provided with a device fastening a blanket module to the vacuum vessel , including a support comprising flexible rod elements installed between two flanges, wherein the support is connected by a first flange provided with an external thread to the blanket module and mounted by a second flange in a threaded mounting seat of the vacuum vessel and coupled thereto with a threaded connection by means of a resilient clamping sleeve mounted on the support so as to provide contact with the inner surface of the second flange of the support facing the vacuum vessel , whereby the flexible rod elements of the support are arranged in the central portion of the flanges in the form of a bundle, and the diameter of the second flange of the support facing the vacuum vessel and the diameter of the mounting seat are selected so that a radial expansion gap is formed between the flange and the mounting seat during mounting, characterized in that the support is be connected to the blanket module by means of a connecting sleeve and a locking sleeve . wherein the support is connected by a first flange provided with an external thread to the blanket module and mounted by a second flange in a threaded mounting seat of the vacuum vessel and coupled thereto with a threaded connection by means of a resilient clamping sleeve mounted on the support so as to provide contact with the inner surface of the second flange of the support facing the vacuum vessel , whereby the flexible rod elements of the support are arranged in the central portion of the flanges in the form of a bundle, and the diameter of the second flange of the support facing the vacuum vessel and the diameter of the mounting seat are selected so that a radial expansion gap is formed between the flange and the mounting seat during mounting, characterized in that the support is be connected to the blanket module by means of a connecting sleeve and a locking sleeve .