mhurhangee/patent-ind-claim-en huggingface dataset:
A brake system for an agricultural working machine , comprising - an actuating element , as well as - at least one brake calliper , wherein the brake system comprises a function as a service brake as well as a function as an emergency brake which is redundant with respect to the service brake, wherein, at least when the brake system functions as a service brake, the actuating element is configured to transpose the brake calliper into a braking state and in this manner to carry out braking of the working machine , characterized in that the actuating element is also configured to transpose the brake calliper into a braking state when the brake system functions as an emergency brake, wherein at least one control device is configured to constantly monitor an operation of the brake system and, in the case in which the brake system is not functioning correctly when it functions as a service brake, to automatically change over to function as an emergency brake. - an actuating element , as well as - at least one brake calliper , wherein the brake system comprises a function as a service brake as well as a function as an emergency brake which is redundant with respect to the service brake, wherein, at least when the brake system functions as a service brake, the actuating element is configured to transpose the brake calliper into a braking state and in this manner to carry out braking of the working machine , characterized in that the actuating element is also configured to transpose the brake calliper into a braking state when the brake system functions as an emergency brake, wherein at least one control device is configured to constantly monitor an operation of the brake system and, in the case in which the brake system is not functioning correctly when it functions as a service brake, to automatically change over to function as an emergency brake.
Method of manufacturing an optoelectronic device comprising light-emitting diodes (DEL) comprising the forming of three-dimensional semiconductor elements made of a III-V compound, each comprising a lower portion and an upper portion , and, for each semiconductor element, the forming of an active area covering the top of the upper portion and the forming of at least one semiconductor layer of the III-V compound covering the active area, the upper portions are formed by molecular beam epitaxy at a pressure smaller than 1.33 mPa, for each semiconductor element , the upper portion is flared with respect to the lower portion , the top of the upper portion having an area greater by at least 20% than the cross-section area of the lower portion , for the forming of the upper portions , the III/V ratio is in the range from 1.3 to 2 and the temperature of the upper portions is in the range from 700°C to 850°C.
Check valve assembly for a shock absorber , said check valve assembly comprising a housing , said housing comprising a first volume , wherein a first pressure (P1) prevails; a second volume , wherein a second pressure (P2) prevails; a fluid passage between said first volume and said second volume; and a spool movably arranged in said housing for movement back and forth between a first position, in which a flow of fluid through said fluid passage is allowed, and a second position, in which the spool closes the fluid passage , wherein the check valve assembly further comprises a first biasing means configured to bias the spool towards the second position through at least first operational range (OR1) of the spool in which first operational range the fluid passage is open, characterised by a second biasing means configured to bias the spool towards the first position partly through a second operational range (OR2) of the spool in which second operational range (OR2) the fluid passage is closed. a housing , said housing comprising a first volume , wherein a first pressure (P1) prevails; a second volume , wherein a second pressure (P2) prevails; a fluid passage between said first volume and said second volume; and a spool movably arranged in said housing for movement back and forth between a first position, in which a flow of fluid through said fluid passage is allowed, and a second position, in which the spool closes the fluid passage , wherein the check valve assembly further comprises a first biasing means configured to bias the spool towards the second position through at least first operational range (OR1) of the spool in which first operational range the fluid passage is open, characterised by a second biasing means configured to bias the spool towards the first position partly through a second operational range (OR2) of the spool in which second operational range (OR2) the fluid passage is closed.
A pad for a track-type tensioner, the pad comprising: a rigid base plate ; an interface layer comprising a plurality of rigid elements that together define a contact face of the pad for gripping an elongate product supported by the tensioner in use, wherein the contact face of the pad is substantially planar in a rest state; and a substrate layer of pliant material sandwiched between the base plate and the interface layer , the substrate layer supporting the elements of the interface layer for movement relative to each other and relative to the base plate ; characterised in that the pad further comprises elongate gaps between adjacent elements of the interface layer , which gaps extend through the full thickness of the interface layer . a rigid base plate ; an interface layer comprising a plurality of rigid elements that together define a contact face of the pad for gripping an elongate product supported by the tensioner in use, wherein the contact face of the pad is substantially planar in a rest state; and a substrate layer of pliant material sandwiched between the base plate and the interface layer , the substrate layer supporting the elements of the interface layer for movement relative to each other and relative to the base plate ; characterised in that the pad further comprises elongate gaps between adjacent elements of the interface layer , which gaps extend through the full thickness of the interface layer .
A fixing method of a wire harness comprising: forming a wire harness structure by covering a wire harness with a sheet material in which a thermoplastic adhesive is coated on one surface including a required portion so as to fix the wire harness to the sheet material ; spreading the formed wire harness structure on a roof liner ; characterized in that fixing the wire harness structure to the roof liner with the thermoplastic adhesive by warming and pressurizing the required portion . forming a wire harness structure by covering a wire harness with a sheet material in which a thermoplastic adhesive is coated on one surface including a required portion so as to fix the wire harness to the sheet material ; spreading the formed wire harness structure on a roof liner ; characterized in that fixing the wire harness structure to the roof liner with the thermoplastic adhesive by warming and pressurizing the required portion .
Corner transmission with snap-in connection for the perpendicular transmission of the sliding movement of sliding slats and coupler locks of fittings of a window leaf, the corner transmission comprising a corner piece with a spring assembly therein which is slideable over the corner, characterised in that the corner transmission is provided with a snap-in connection for the coupling between the spring assembly and the coupler lock and whereby for the coupling between the spring assembly and the coupler lock a sliding snap-in connection is provided in the form of a coupling block and whereby the corner piece is provided with a temporary mounting lock which holds the coupling block in the corner piece during coupling with the coupler lock , said mounting lock being breakable the first time the fittings are operated.
A compound of the formula: wherein each R is independently selected from: (i) -OH (ii) or (iii) with the proviso that all R cannot simultaneously be -OH. (i) -OH (ii) or (iii)
A seat system for a vehicle , comprising: a seat including a seat bottom on which a person can sit, wherein a first imaginary reference vertical centerline passes through a body of a person who is sitting in the seat when both the seat and the vehicle are in a nominal, level horizontal orientation; an intermediate support structure is secured to the seat and the vehicle which allows the seat to move relative to the vehicle ; a first actuator that can interact with the seat to cause the seat to move relative to the vehicle; one or more sensors which can each measure an aspect of motion; and a processor that can (i) receive input from each of the one or more sensors , and (ii) utilize the input to determine a desired movement of the seat relative to the vehicle such that a combined motion of the seat relative to the vehicle and the vehicle relative to earth results in motion of the person about a virtual pivot point located substantially along the reference vertical centerline ; wherein the processor controls motion of the seat in order to minimize displacement of the virtual pivot point along the reference vertical centreline as the vehicle is rotated, and wherein the virtual pivot point is located about 30-122 cm [1-4 feet] above a surface of the seat bottom on which the person can sit. a seat including a seat bottom on which a person can sit, wherein a first imaginary reference vertical centerline passes through a body of a person who is sitting in the seat when both the seat and the vehicle are in a nominal, level horizontal orientation; an intermediate support structure is secured to the seat and the vehicle which allows the seat to move relative to the vehicle ; a first actuator that can interact with the seat to cause the seat to move relative to the vehicle; one or more sensors which can each measure an aspect of motion; and a processor that can (i) receive input from each of the one or more sensors , and (ii) utilize the input to determine a desired movement of the seat relative to the vehicle such that a combined motion of the seat relative to the vehicle and the vehicle relative to earth results in motion of the person about a virtual pivot point located substantially along the reference vertical centerline ; wherein (i) receive input from each of the one or more sensors , and (ii) utilize the input to determine a desired movement of the seat relative to the vehicle such that a combined motion of the seat relative to the vehicle and the vehicle relative to earth results in motion of the person about a virtual pivot point located substantially along the reference vertical centerline ; wherein the processor controls motion of the seat in order to minimize displacement of the virtual pivot point along the reference vertical centreline as the vehicle is rotated, and wherein the virtual pivot point is located about 30-122 cm [1-4 feet] above a surface of the seat bottom on which the person can sit.
Fasoracetam for use in a method of treating 22q deletion and/or duplication syndrome in a subject, the method comprising administering an effective amount of fasoracetam to a subject with 22q deletion and/or duplication syndrome, thereby treating 22q deletion and/or duplication syndrome.
A card manufacturing method, comprising: a step of feeding a reference sheet serving as a reference for alignment; a step of feeding a first continuous sheet having a plurality of patterns (G) repeatedly printed on the first continuous sheet ; a step of detecting a position of each one of the repeatedly printed patterns (G) by detection means (5; S0, S1, S2); a first adjustment step of adjusting such that the patterns (G) are at predetermined positions with respect to the reference sheet by controlling a feeding speed of the first continuous sheet according to a detection result on the positions of the patterns (G); a step of producing a laminated sheet by laminating the first continuous sheet on the reference sheet ; and a step of producing a card by cutting the laminated sheet after adjusting a cutting position according to the positions of the patterns (G), the first adjustment step being performed every time the number of the patterns (G) reaches a predeterminded number (n) greater than 1. a step of feeding a reference sheet serving as a reference for alignment; a step of feeding a first continuous sheet having a plurality of patterns (G) repeatedly printed on the first continuous sheet ; a step of detecting a position of each one of the repeatedly printed patterns (G) by detection means (5; S0, S1, S2); a first adjustment step of adjusting such that the patterns (G) are at predetermined positions with respect to the reference sheet by controlling a feeding speed of the first continuous sheet according to a detection result on the positions of the patterns (G); a step of producing a laminated sheet by laminating the first continuous sheet on the reference sheet ; and a step of producing a card by cutting the laminated sheet after adjusting a cutting position according to the positions of the patterns (G), the first adjustment step being performed every time the number of the patterns (G) reaches a predeterminded number (n) greater than 1.
Aqueous adhesive composition, characterized in that it comprises a thermosetting resin based on: - at least one aromatic compound A1 comprising at least one aromatic ring bearing at least two functions, one of these functions being an aldehyde function or a hydroxymethyl function and the other being an aldehyde function or a hydroxymethyl function; - at least one aromatic polyphenol A2 comprising at least one aromatic ring bearing at least two hydroxyl functions in the meta position relative to one another, the two positions ortho to at least one of the hydroxyl functions being unsubstituted; and - at least one organic compound G selected from the group consisting of monosaccharides G1 or oligosaccharides G2. - at least one aromatic compound A1 comprising at least one aromatic ring bearing at least two functions, one of these functions being an aldehyde function or a hydroxymethyl function and the other being an aldehyde function or a hydroxymethyl function; - at least one aromatic polyphenol A2 comprising at least one aromatic ring bearing at least two hydroxyl functions in the meta position relative to one another, the two positions ortho to at least one of the hydroxyl functions being unsubstituted; and - at least one organic compound G selected from the group consisting of monosaccharides G1 or oligosaccharides G2.
Substrate handling system comprising a sheet processing machine and at least one alignment device , the at least one alignment device comprising at least four stops (32; 33; 34), at least one stop being configured as a front stop and at least one stop being configured as a rear stop , and at least two stops being configured in each case as a lateral stop , the at least two lateral stops being arranged opposite one another, the at least one front stop and the at least one rear stop being arranged opposite one another, the alignment device comprising at least one support element , the at least one support element being configured as a propping element for propping at least one partial stack of sheets in the alignment device , at least one respective support element being arranged at the at least two lateral stops and at the at least one rear stop , characterized in that at least one pallet and/or at least one fork system and/or at least one plate and/or at least one object that at least temporarily creates a base is arranged beneath the at least one alignment device and/or beneath the at least one support element , without further elements or devices therebetween.
Impregnating resin composition containing a) a melamine-formaldehyde resin, b) a nonionic wetting agent, c) a nonionic release agent, d) a curing agent, and e) polyhexamethylene guanidine (PHMG). a) a melamine-formaldehyde resin, b) a nonionic wetting agent, c) a nonionic release agent, d) a curing agent, and e) polyhexamethylene guanidine (PHMG).
A power conversion device that converts power supplied from a first power feed bus and a second power feed bus , and outputs power via output lines , the power conversion device comprising: an inductance element (L1) provided on a first internal line connecting the first power feed bus and the output line ; a switching element (Q1) that converts the power supplied from the first power feed bus and the second power feed bus by switching; a housing that houses the inductance element (L1), the switching element (Q1), and a second internal line connecting the second power feed bus and the output line therein, characterized by a first impedance element provided between the inductance element (L1) and the housing , and electrically coupled between the inductance element (L1) and the housing ; and a second impedance element provided between the second power feed bus and the housing , and electrically coupled between the second power feed bus and the housing , wherein the second internal line is not provided with an inductance element. an inductance element (L1) provided on a first internal line connecting the first power feed bus and the output line ; a switching element (Q1) that converts the power supplied from the first power feed bus and the second power feed bus by switching; a housing that houses the inductance element (L1), the switching element (Q1), and a second internal line connecting the second power feed bus and the output line therein, characterized by a first impedance element provided between the inductance element (L1) and the housing , and electrically coupled between the inductance element (L1) and the housing ; and a second impedance element provided between the second power feed bus and the housing , and electrically coupled between the second power feed bus and the housing , wherein the second internal line is not provided with an inductance element.
A method for displaying a user interface, UI, in an electronic device having a touch screen , the method comprising: receiving an input for executing the UI of a first user function; in response to the input, displaying the UI having an object associated with the first user function and first items associated with the first user function and arranged in a radial pattern around the object , wherein the first items are determined according to a priority order associated with the first user function, and wherein the priority order is determined according to at least one of weights, frequencies in use, or a user's setting; and when an item is selected from the first items and is dragged to the object , executing the first user function in connection with the selected item; characterized in that the method further comprises: detecting a touch input on the object ; and in response to the touch input, changing the UI of the first user function to a UI of a second user function. receiving an input for executing the UI of a first user function; in response to the input, displaying the UI having an object associated with the first user function and first items associated with the first user function and arranged in a radial pattern around the object , wherein the first items are determined according to a priority order associated with the first user function, and wherein the priority order is determined according to at least one of weights, frequencies in use, or a user's setting; and when an item is selected from the first items and is dragged to the object , executing the first user function in connection with the selected item; characterized in that the method further comprises: detecting a touch input on the object ; and in response to the touch input, changing the UI of the first user function to a UI of a second user function. detecting a touch input on the object ; and in response to the touch input, changing the UI of the first user function to a UI of a second user function.
- Use of a hydroxide XOH with X = Na or K, in a bituminous composition comprising a bitumen modified by a crosslinked elastomer which is a crosslinked vinyl aromatic hydrocarbon and conjugated diene copolymer, having a vinyl aromatic hydrocarbon content representing less than 30% by weight of the weight of the crosslinked elastomer, for improving the effect of the crosslinked elastomer on the elastic properties of the bituminous composition.
A magnetic resonance imaging data processing system for processing motion artifacts in magnetic resonance imaging data sets using a deep learning network trained for the processing of motion artifacts in magnetic resonance imaging data sets, the magnetic resonance imaging data processing system comprising: - a memory storing machine executable instructions and the trained deep learning network , - a processor for controlling the magnetic resonance imaging data processing system, wherein an execution of the machine executable instructions causes the processor to control the magnetic resonance imaging data processing system to: - receive a magnetic resonance imaging data set , - apply the received magnetic resonance imaging data set as an input to the trained deep learning network , - process one or more motion artifacts present in the received magnetic resonance imaging data set using the trained deep learning network , wherein the training of the deep learning network relies on MRI training data sets containing artificially simulated motion artifacts, and wherein the trained deep learning network is applied to actual clinical data for detection of motion artifacts, wherein the deep learning network is further trained for filtering and correcting motion artifacts present in magnetic resonance imaging data sets, wherein the processing further comprises: - filtering the one or more motion artifacts present in the magnetic resonance imaging data set using the trained deep learning network , - providing a motion-artifact-corrected magnetic resonance imaging data set using a result of the filtering. - a memory storing machine executable instructions and the trained deep learning network , - a processor for controlling the magnetic resonance imaging data processing system, wherein an execution of the machine executable instructions causes the processor to control the magnetic resonance imaging data processing system to: - receive a magnetic resonance imaging data set , - apply the received magnetic resonance imaging data set as an input to the trained deep learning network , - process one or more motion artifacts present in the received magnetic resonance imaging data set using the trained deep learning network , - filtering the one or more motion artifacts present in the magnetic resonance imaging data set using the trained deep learning network , - providing a motion-artifact-corrected magnetic resonance imaging data set using a result of the filtering.
A method of determining whether a subject is suffering from, or having a risk of suffering from, type 2 diabetes (T2D) or impaired glucose tolerance (IGT), said method comprising: determining an amount of imidazole propionate in a body sample from said subject; determining an amount of urocanate in said body sample; and determining whether said subject is suffering from, or having a risk of suffering from, type 2 diabetes or impaired glucose tolerance based on said determined amount of imidazole propionate and said determined amount of urocanate. determining an amount of imidazole propionate in a body sample from said subject; determining an amount of urocanate in said body sample; and determining whether said subject is suffering from, or having a risk of suffering from, type 2 diabetes or impaired glucose tolerance based on said determined amount of imidazole propionate and said determined amount of urocanate.