mhurhangee/patent-ind-claim-en huggingface dataset:
Motor vehicle comprising, on each of its sides and in a rear zone of the vehicle, a first, substantially vertical lateral bodywork surface , a lateral rear deflector connected to the structure of the vehicle by a system with connecting rods making it possible to move the deflector between, on the one hand, a retracted front position in which a lateral outer surface of the deflector is flush with the first surface and, on the other hand, a deployed rear position in which the lateral outer surface of the deflector is flush with a second lateral bodywork surface of the vehicle, this second lateral bodywork surface being concealed by the deflector when the latter is in the retracted front position.
Spreader, in particular for winter service vehicles, comprising a spreading material container delimited by rigid walls with a spreading material discharge device on the base side extending in the longitudinal direction (L) of the spreader, a spreading material dispensing device fed by the latter as well as a liquid system having at least one tank bag which is arranged in the interior of the spreading material container and the shape and volume of which can be changed, having the following features: the at least one tank bag is accommodated in a partial space , the shape and volume of which can be changed, of the spreading material container , which is delimited by a front and a rear transverse wall as well as an inherently rigid partition wall , which is mounted so as to be laterally changeable in position and which is actively adjustable in position by means of an adjustment drive at least in the sense of a reduction of the volume of the partial space; characterized in that a trickle seal acts between the partition wall and the two transverse walls delimiting the relevant partial space at the front and rear, which trickle seal is constructed in the manner of a rolling membrane fixed along a first edge on the partition wall and a second edge on the respective transverse wall and which also changes its geometry when the position of the partition wall changes relative to the relevant transverse wall.
A method for preparing a high-modulus low-shrinkage polyester industrial yarn, said method comprising: obtaining a polyester by esterification of terephthalic acid and ethylene glycol and by polycondensation catalyzed by a mixture of magnesium ethylene glycol and antimony ethylene glycol, obtaining polyester sections by granulating; preparing said polyester sections by boiling and washing, and by solid state polycondensation, obtaining the high modulus low shrinkage polyester industrial yarn by measuring, extrusion, cooling, oiling, stretching, heat setting and winding; wherein the molecular formula of magnesium ethylene glycol is Mg(OCH 2 CH 2 OH) 2 ; wherein the boiling and washing process refers to that the granulated sections are boiled and washed with water and a rinsing agent at 120-130°C and 0.2-0.3MPa; wherein in a mixture of magnesium ethylene glycol and antimony ethylene glycol, a mass ratio of magnesium ethylene glycol to antimony ethylene glycol is in the range 2 to 3:1. obtaining a polyester by esterification of terephthalic acid and ethylene glycol and by polycondensation catalyzed by a mixture of magnesium ethylene glycol and antimony ethylene glycol, obtaining polyester sections by granulating; preparing said polyester sections by boiling and washing, and by solid state polycondensation, obtaining the high modulus low shrinkage polyester industrial yarn by measuring, extrusion, cooling, oiling, stretching, heat setting and winding; wherein the molecular formula of magnesium ethylene glycol is Mg(OCH 2 CH 2 OH) 2 ; wherein the boiling and washing process refers to that the granulated sections are boiled and washed with water and a rinsing agent at 120-130°C and 0.2-0.3MPa; wherein in a mixture of magnesium ethylene glycol and antimony ethylene glycol, a mass ratio of magnesium ethylene glycol to antimony ethylene glycol is in the range 2 to 3:1.
A single-package bridge-type magnetic field sensor, comprising: one or more MTJ or GMR magnetoresistive sensor chips , wherein the one or more sensor chips are adhered to a die attach area of a semiconductor package; wherein each sensor chip comprises a reference resistor with a fixed resistance and a sensing resistor with a resistance varying in response to a magnetic field, wherein the sensing resistor has a transfer curve that is linearly proportional to an applied magnetic field in an operating magnetic field range; characterised in that each reference and sensing resistor comprises a plurality of magnetoresistive element columns of MTJ or GMR magnetoresistive elements , wherein the magnetoresistive elements in each magnetoresistive element column are directly electrically interconnected in series as a single composite magnetoresistive element, and wherein the magnetoresistive element columns are directly electrically interconnected in series, either: with bar-shaped permanent magnets between the magnetoresistive element columns in order to bias the magnetoresistive elements; or without permanent magnet bias bars as a single magnetoresistive element in a matrix. one or more MTJ or GMR magnetoresistive sensor chips , wherein the one or more sensor chips are adhered to a die attach area of a semiconductor package; wherein each sensor chip comprises a reference resistor with a fixed resistance and a sensing resistor with a resistance varying in response to a magnetic field, wherein the sensing resistor has a transfer curve that is linearly proportional to an applied magnetic field in an operating magnetic field range; characterised in that each reference and sensing resistor comprises a plurality of magnetoresistive element columns of MTJ or GMR magnetoresistive elements , wherein the magnetoresistive elements in each magnetoresistive element column are directly electrically interconnected in series as a single composite magnetoresistive element, and wherein the magnetoresistive element columns are directly electrically interconnected in series, either: with bar-shaped permanent magnets between the magnetoresistive element columns in order to bias the magnetoresistive elements; or without permanent magnet bias bars as a single magnetoresistive element in a matrix. with bar-shaped permanent magnets between the magnetoresistive element columns in order to bias the magnetoresistive elements; or without permanent magnet bias bars as a single magnetoresistive element in a matrix.
A method , comprising: receiving , from a configuration application , by an industrial control device , and storing a baseline configuration signature for a first industrial modular device ; after initialization of the first industrial modular device, receiving , over a first data communications network , by the industrial control device a current configuration signature from the first industrial modular device, wherein the baseline and current configuration signatures are generated from data values of configuration parameters in the baseline and current configurations, respectively, the configuration parameters including at least configuration parameters for a communication protocol for an implicit communication of data between the first industrial modular device and the computing device; comparing , by the industrial control device, the current configuration signature with the baseline configuration signature; and after determining the current configuration signature and the baseline configuration signature do not match, which results when the communication protocol for an implicit communication of data between the first industrial modular device and the computing device is no longer being followed, generating , by the industrial control device, a notification indicating that data subsequently received from the first industrial modular device is of uncertain integrity. receiving , from a configuration application , by an industrial control device , and storing a baseline configuration signature for a first industrial modular device ; after initialization of the first industrial modular device, receiving , over a first data communications network , by the industrial control device a current configuration signature from the first industrial modular device, wherein the baseline and current configuration signatures are generated from data values of configuration parameters in the baseline and current configurations, respectively, the configuration parameters including at least configuration parameters for a communication protocol for an implicit communication of data between the first industrial modular device and the computing device; comparing , by the industrial control device, the current configuration signature with the baseline configuration signature; and after determining the current configuration signature and the baseline configuration signature do not match, which results when the communication protocol for an implicit communication of data between the first industrial modular device and the computing device is no longer being followed, generating , by the industrial control device, a notification indicating that data subsequently received from the first industrial modular device is of uncertain integrity.
A Method for detecting a status of a rotor blade for a wind turbine , the rotor blade including at least an aerodynamic device for influencing the airflow flowing from the leading edge to the trailing edge of the rotor blade , the aerodynamic device being movable between a first configuration and a second configuration, the method comprising the steps of: - measuring an output signal measured by at least one sensor installed on the wind turbine , - moving the aerodynamic device between the first configuration and the second configuration, - measuring a change in the output signal induced by the moving of the aerodynamic device between the first configuration and the second configuration, - post-processing the measured output signal for performing an analysis of the measured change in the output signal , wherein the post-processing step is performed in the frequency domain and includes: - deriving a frequency spectrum (S2) of the output signal, - calculating an upper spectrum interval of the frequency spectrum (S2) above a frequency threshold value (f1), - comparing the upper spectrum interval with a reference frequency spectrum (S1), - deriving a status of the rotor blade based on said step of comparing. - measuring an output signal measured by at least one sensor installed on the wind turbine , - moving the aerodynamic device between the first configuration and the second configuration, - measuring a change in the output signal induced by the moving of the aerodynamic device between the first configuration and the second configuration, - post-processing the measured output signal for performing an analysis of the measured change in the output signal , wherein the post-processing step is performed in the frequency domain and includes: - deriving a frequency spectrum (S2) of the output signal, - calculating an upper spectrum interval of the frequency spectrum (S2) above a frequency threshold value (f1), - deriving a frequency spectrum (S2) of the output signal, - calculating an upper spectrum interval of the frequency spectrum (S2) above a frequency threshold value (f1), - comparing the upper spectrum interval with a reference frequency spectrum (S1), - deriving a status of the rotor blade based on said step of comparing.
A bait dispenser comprising a body having a raindrop shape providing a scoop like device and constituted by a first body part and a second body part being attached to each other, wherein the first body part comprises a lid and a further body part , wherein the further body part constitutes a tail end of the body and is attached to an adapted tail end of the second body part , the lid is part of a front end of the bait dispenser, the body part comprises a forward located compartment housing bait to be dispensed, wherein the lid of the first body part is adapted to cover an opening of the compartment , the lid is connected via a first arm on a first side of the lid, and a second arm on an opposite located second side of the lid , to respective end surfaces of a rotation axle located transversally on a side of the lid facing towards the further body part , the rotation axle is supported by opposite located openings on the respective side surfaces of the further body part , such that the arms can move freely over the outside surface of the body when the lid is being opened, the openings supporting the rotation axle have a larger dimension than the diameter of the rotation axle , wherein a locking/unlocking mechanism of the lid comprises a locking finger with an outwardly extending lip being adapted to engage a surface of a cavity arranged in the front of the second body part . the further body part constitutes a tail end of the body and is attached to an adapted tail end of the second body part , the lid is part of a front end of the bait dispenser, the body part comprises a forward located compartment housing bait to be dispensed, wherein the lid of the first body part is adapted to cover an opening of the compartment , the lid is connected via a first arm on a first side of the lid, and a second arm on an opposite located second side of the lid , to respective end surfaces of a rotation axle located transversally on a side of the lid facing towards the further body part , the rotation axle is supported by opposite located openings on the respective side surfaces of the further body part , such that the arms can move freely over the outside surface of the body when the lid is being opened, the openings supporting the rotation axle have a larger dimension than the diameter of the rotation axle , wherein a locking/unlocking mechanism of the lid comprises a locking finger with an outwardly extending lip being adapted to engage a surface of a cavity arranged in the front of the second body part .
A stripline configuration for connecting dilution fridge stages in a quantum application comprising a first polyimide film ; a second polyimide film ; a first center conductor and a second center conductor formed between the first polyimide film and the second polyimide film; and a first recess in the second polyimide film and a first pin configured through the first recess to make electrical and thermal contact with the first center conductor, characterised in that a thickness of the first polyimide film is at least half of a specified insulator thickness,B, and wherein B is selected such that three times the sum of a width (W) of the first center conductor and a separation distance (S) between the first center conductor and the second conductor is greater than twice of thickness B to yield a microwave crosstalk of less than -50 decibels between the first center conductor and the second center conductor. a first polyimide film ; a second polyimide film ; a first center conductor and a second center conductor formed between the first polyimide film and the second polyimide film; and a first recess in the second polyimide film and a first pin configured through the first recess to make electrical and thermal contact with the first center conductor, characterised in that a thickness of the first polyimide film is at least half of a specified insulator thickness,B, and wherein B is selected such that three times the sum of a width (W) of the first center conductor and a separation distance (S) between the first center conductor and the second conductor is greater than twice of thickness B to yield a microwave crosstalk of less than -50 decibels between the first center conductor and the second center conductor.
An open roof assembly for use in a vehicle roof of a vehicle, the open roof assembly comprising a moveably arranged closure member for selectively covering or at least partially exposing an opening in the vehicle roof, an electric motor operatively coupled to the closure member for moving the closure member and a control unit operatively coupled to the electric motor, wherein the control unit is configured to a. control a position of the closure member during normal driving conditions, and wherein the control unit is characterised by being configured to b. release control of the position of the closure member, when a vehicle acceleration exceeds a predetermined acceleration threshold. a. control a position of the closure member during normal driving conditions, and wherein the control unit is characterised by being configured to b. release control of the position of the closure member, when a vehicle acceleration exceeds a predetermined acceleration threshold.
A tracker for a surgical navigation system, the tracker comprising a carrier ; and an electrical circuit disposed on the carrier , wherein the electrical circuit comprises: at least one infrared light emitting diode, IR-LED, ; and a battery or a wireless power reception device configured to receive power wirelessly, wherein the battery or the wireless power reception device is configured to provide power to operate the at least one IR-LED , wherein the electrical circuit is configured to limit a current for at least one of the at least one IR-LED to not exceed 15mA; characterized in that the electrical circuit comprises at least one switch configured to electrically close at least one portion of the electrical circuit , wherein the tracker is a disposable item and the switch is operable exactly once to close the at least one portion of the electrical circuit . at least one infrared light emitting diode, IR-LED, ; and a battery or a wireless power reception device configured to receive power wirelessly, wherein the battery or the wireless power reception device is configured to provide power to operate the at least one IR-LED , wherein the electrical circuit is configured to limit a current for at least one of the at least one IR-LED to not exceed 15mA; characterized in that the electrical circuit comprises at least one switch configured to electrically close at least one portion of the electrical circuit , wherein the tracker is a disposable item and the switch is operable exactly once to close the at least one portion of the electrical circuit .
An eyeglass lens for suppressing the progression of myopia, comprising: a first region for viewing a comparatively far distance, disposed at an upper side of a lens ; and a second region disposed at a lower side than the first region and having more positive refractive power relatively than the first region, wherein a myopia progression suppressing region is disposed to surround a periphery of the first region and the second region, wherein the myopia progression suppressing region consists of a group of several convex lenses having a larger curvature than a front surface of the lens and spaced from each other so as to spread in two-dimensional directions, characterized in that the eyeglass lens is a progressive power lens, and in that the group of several convex lenses consists of convex lenses having toroidal surface shapes , and are disposed at an angle that cancels out astigmatism of the lens . a myopia progression suppressing region is disposed to surround a periphery of the first region and the second region, wherein the myopia progression suppressing region consists of a group of several convex lenses having a larger curvature than a front surface of the lens and spaced from each other so as to spread in two-dimensional directions, characterized in that the eyeglass lens is a progressive power lens, and in that the group of several convex lenses consists of convex lenses having toroidal surface shapes , and are disposed at an angle that cancels out astigmatism of the lens .
A link extension assembly , comprising: a first link comprising an elongated support member having an eyelet disposed at a first end and another eyelet disposed at an opposite second end ; and a second link comprising: an elongated support member having a first end and an opposite second end ; a link connector integrally formed with the first end of the elongated support member, wherein the link connector includes: a body having an upper portion and a lower portion ; and a blocking member pivotably coupled to the upper portion by a pin ; and an eyelet disposed at the second end of the second link, wherein the eyelet disposed at the second end of the second link is substantially aligned with a first plane, wherein the link connector is substantially aligned with a second plane, wherein the first plane is orthogonal to the second plane; and wherein the eyelets of the first link are substantially aligned with the first plane, and wherein one of the eyelets of the first link is coupled to the link connector, and the upper portion of the body of the link connector has a rounded lower surface that defines a radius (R1) in a cross section of the upper portion extending along the first plane. a first link comprising an elongated support member having an eyelet disposed at a first end and another eyelet disposed at an opposite second end ; and a second link comprising: an elongated support member having a first end and an opposite second end ; a link connector integrally formed with the first end of the elongated support member, wherein the link connector includes: a body having an upper portion and a lower portion ; and a blocking member pivotably coupled to the upper portion by a pin ; and an eyelet disposed at the second end of the second link, wherein the eyelet disposed at the second end of the second link is substantially aligned with a first plane, wherein the link connector is substantially aligned with a second plane, wherein the first plane is orthogonal to the second plane; and an elongated support member having a first end and an opposite second end ; a link connector integrally formed with the first end of the elongated support member, wherein the link connector includes: a body having an upper portion and a lower portion ; and a blocking member pivotably coupled to the upper portion by a pin ; and a body having an upper portion and a lower portion ; and a blocking member pivotably coupled to the upper portion by a pin ; and an eyelet disposed at the second end of the second link, wherein the eyelet disposed at the second end of the second link is substantially aligned with a first plane, wherein the link connector is substantially aligned with a second plane, wherein the first plane is orthogonal to the second plane; and wherein the eyelets of the first link are substantially aligned with the first plane, and wherein one of the eyelets of the first link is coupled to the link connector, and the upper portion of the body of the link connector has a rounded lower surface that defines a radius (R1) in a cross section of the upper portion extending along the first plane.
A driver's cab for an agricultural vehicle, in particular for a tractor , the cab interior of which is delimited upwardly by a roof which includes a transparent roof panel , wherein associated with the transparent roof panel are means for directedly applying a fluid to remove contamination from the transparent roof panel , characterised in that the transparent roof panel with a front edge immediately adjoins a windscreen and the transparent roof panel is glued along the front edge to the windscreen .