mhurhangee/patent-ind-claim-en huggingface dataset:
A locking device for locking a drawbar on an agricultural working machine, in particular a tractor, comprising at least one bar member , in the longitudinal direction of which the drawbar is adjustable, and at least one bolt which can be inserted into an opening in the bar member and which has at least a first bearing region (11; 18, 23) for being received in the opening (12; 19) and a fixing region for cooperating with the drawbar , wherein the fixing region has at least one substantially planar contact surface (16a-d) for contacting the drawbar , wherein the first bearing region and the fixing region are successively disposed along a longitudinal axis of the bolt , characterised in that the cross-section of the fixing region does not project beyond the cross-section of the first bearing region .
Texturing machine for orienting and crimping synthetic threads, having a multiplicity of processing positions, wherein each of the processing positions has a plurality of delivery units , a plurality of treatment installations and a winding installation for winding a package, wherein each of the processing positions has a pneumatic ancillary installation having a plurality of guide tubes (12.1, 12.2) and a plurality of injectors (13.1, 13.2) for threading the thread, and wherein the ancillary installation by way of a blower end (15.1, 15.2) on one of the guide tubes (12.1, 12.2) interacts with a suction installation assigned to the winding installation , characterized in that the suction installation has a pivotable suction tube (22.1) which for acquiring the thread is able to be positioned at a short spacing from and so as to be opposite the blower end (15.1, 15.2) of the guide tube (12.1, 12.2).
A turbomachine , comprising: a plurality of transition ducts disposed in a generally annular array and comprising a first transition duct and a second transition duct , each of the plurality of transition ducts comprising an inlet , an outlet , and a passage defining an interior and extending between the inlet and the outlet and defining a longitudinal axis , a radial axis , and a tangential axis , the outlet of each of the plurality of transition ducts offset from the inlet along the longitudinal axis and the tangential axis ; a support ring assembly downstream of the plurality of transition ducts along a hot gas path ; a plurality of mechanical fasteners connecting at least one transition duct of the plurality of transition ducts to the support ring assembly ; and a late injection assembly comprising an outlet defined downstream of a choke plane defined in the interior of the at least one transition duct , wherein the late injection assembly provides fluid communication for an injection fluid to flow into the interior downstream of the inlet of at least one transition duct of the plurality of transition ducts . a plurality of transition ducts disposed in a generally annular array and comprising a first transition duct and a second transition duct , each of the plurality of transition ducts comprising an inlet , an outlet , and a passage defining an interior and extending between the inlet and the outlet and defining a longitudinal axis , a radial axis , and a tangential axis , the outlet of each of the plurality of transition ducts offset from the inlet along the longitudinal axis and the tangential axis ; a support ring assembly downstream of the plurality of transition ducts along a hot gas path ; a plurality of mechanical fasteners connecting at least one transition duct of the plurality of transition ducts to the support ring assembly ; and a late injection assembly comprising an outlet defined downstream of a choke plane defined in the interior of the at least one transition duct , wherein the late injection assembly provides fluid communication for an injection fluid to flow into the interior downstream of the inlet of at least one transition duct of the plurality of transition ducts .
An abnormality detection apparatus for detecting lifting abnormality of a substrate (S) in a substrate processing apparatus including a lifting mechanism for lifting the substrate (S), comprising: a measurement section configured to measure a parameter having a correlation with load applied to the lifting mechanism ; and a detection section configured to detect lifting abnormality of the substrate (S), further characterised in that the detection section includes a learning model generated by using machine learning, wherein the learning model receives, as input, a plurality of measurements of the parameter continuously measured by the measurement section during lifting-up of the substrate (S) by the lifting mechanism , and outputs a level of lifting abnormality of the substrate (S). a measurement section configured to measure a parameter having a correlation with load applied to the lifting mechanism ; and a detection section configured to detect lifting abnormality of the substrate (S), further characterised in that the detection section includes a learning model generated by using machine learning, wherein the learning model receives, as input, a plurality of measurements of the parameter continuously measured by the measurement section during lifting-up of the substrate (S) by the lifting mechanism , and outputs a level of lifting abnormality of the substrate (S).
A security element which comprises a support on which is present at least one print (2; 2'; 2"; 3), which comprises a first print invisible to visible light, but revealed under a first range of wavelengths (λ1) outside the spectrum of visible light, as well as a second print invisible to visible light, but revealed under a second range of wavelengths (λ2) outside the spectrum of visible light, said first and second prints extending into regions which partially overlap, constituting at least one overlapping region , characterized in that it comprises a hidden information (IC) which is constituted by said at least one overlapping region , hidden information (IC) which can be revealed under stroboscopic lighting alternating lighting under two ranges of wavelengths which correspond respectively to said first and second ranges of wavelengths (λ 1 and λ 2 ).
A composition or a kit of parts comprising at least 3 g of eicosapentaenoic acid, and having docosahexaenoic acid in a mass ratio EPA: DHA from 1:1 to 5:1, for use in the treatment, amelioration or prevention of optic nerve damage in a patient, wherein the amount of EPA administered is at least 3 g-day.
Lysis apparatus , comprising: a chamber for receiving a sample; at least one magnetic actuator located within the chamber; at least two magnetic elements arranged outside the chamber and driving means for effecting a rotational relative movement between the chamber and the magnetic elements arranged outside the chamber, by which the chamber successively passes the magnetic elements located outside the chamber, wherein the polarity of the magnetic elements is opposite with respect to the circular path of the rotational relative movement, such that the magnetic actuator arranged within the chamber is moved both translationally and rotationally around an own axis of the magnetic actuator to effect lysis of the sample, wherein the chamber is configured to enable the at least one magnetic actuator located within the chamber to move both translationally and rotationally around an own axis of the magnetic actuator. a chamber for receiving a sample; at least one magnetic actuator located within the chamber; at least two magnetic elements arranged outside the chamber and driving means for effecting a rotational relative movement between the chamber and the magnetic elements arranged outside the chamber, by which the chamber successively passes the magnetic elements located outside the chamber, wherein the polarity of the magnetic elements is opposite with respect to the circular path of the rotational relative movement, such that the magnetic actuator arranged within the chamber is moved both translationally and rotationally around an own axis of the magnetic actuator to effect lysis of the sample, wherein the chamber is configured to enable the at least one magnetic actuator located within the chamber to move both translationally and rotationally around an own axis of the magnetic actuator.
Power supply system comprising an amplifier stage which comprises at least one transistor , in particular an LDMOS transistor, which is connected to a supply voltage by means of a power terminal and the driving terminal of which is driven by means of a driving voltage, wherein a first controller for adjusting the driving voltage of the transistor and a second controller for adjusting the supply voltage are provided, wherein the first controller is configured to feed a state signal to the input of the second controller , and the second controller is configured to evaluate the state signal and to react to the state signal, characterized in that the state signal is distinguished in that it indicates whether the first controller that generates said state signal is in its control limit state..
A device for forming transverse ridges in ridge planting, particularly for potato crops, wherein the device has at least two ridging units , each comprising an actuating means and at least one ridging element which, during operation of the device , alternates between a ridging position for accumulating soil and a second position for positioning the accumulated soil between two ridges, characterized by a control unit which is configured for variable adjustment of the sequence of movement of the ridging element of at least one ridging unit during operation of the device and which is configured to receive information based on at least one inclination sensor which is assigned to the control unit and is configured to measure the inclination of a longitudinal axis or a transverse axis of the device relative to a perpendicular, wherein the control unit can automatically set the distance from adjacent transverse ridges in a direction of travel as a function of the inclination of the device during operation.
A method for detecting keratin 17 (K17) expression in a subject comprising: obtaining a urine sample from a subject, wherein said sample comprises a plurality of bladder cells; and detecting K17 expression in said sample, wherein said detection comprises contacting said cells with an anti-K17 antibody, and detecting binding between K17 in the cells and the anti-K17 antibody. obtaining a urine sample from a subject, wherein said sample comprises a plurality of bladder cells; and detecting K17 expression in said sample, wherein said detection comprises contacting said cells with an anti-K17 antibody, and detecting binding between K17 in the cells and the anti-K17 antibody.
A composition comprising stem cells, a cell culture medium and a polyacrylamide hydrogel (PAAG), wherein the PAAG contains less than 0.02% W monomer /W total PAAG ] of a N-hydroxyethyl acrylamide (HEA) side chain, and wherein the stem cells are mesenchymal stem cells and wherein the elasticity modulus of the PAAG is 1 to 200 Pa.
A method for electrically controlling a measurement stand including a movement of travel of at least one measuring probe from a starting position to a measuring position for measuring the thickness of thin layers, - in which a motor is activated and controlled by a control device and moves a push rod up and down via a drive device , said push rod having a retainer provided thereon on which the measuring probe may be fastened, - in which between the drive device and the push rod , a free-wheel mechanism is activated once the measuring probe or the retainer has reached its measuring position , touching the surface of the object of measurement , and the travelling movement of the drive device is thus decoupled from the stroke movement of the push rod , characterised in that - the drive device has a carriage which is guided along a guide in such a way as to be movable up and down, said drive device being provided to be drivingly connected to the motor and physically separated from the mechanical damping device , and - a travelling speed of the at least one measuring probe from the starting position to the measuring position is decreased by means of mechanical damping carried out by the damping device before the measuring position has been reached. - in which a motor is activated and controlled by a control device and moves a push rod up and down via a drive device , said push rod having a retainer provided thereon on which the measuring probe may be fastened, - in which between the drive device and the push rod , a free-wheel mechanism is activated once the measuring probe or the retainer has reached its measuring position , touching the surface of the object of measurement , and the travelling movement of the drive device is thus decoupled from the stroke movement of the push rod , characterised in that - the drive device has a carriage which is guided along a guide in such a way as to be movable up and down, said drive device being provided to be drivingly connected to the motor and physically separated from the mechanical damping device , and - a travelling speed of the at least one measuring probe from the starting position to the measuring position is decreased by means of mechanical damping carried out by the damping device before the measuring position has been reached.
A device for the sealed passage of at least one longitudinal element through a through-hole (TR) provided in a partition (CL), comprising: - the longitudinal element , - a frame capable of being fastened in a permanent and sealed manner on the partition in order to delimit said hole (TR), - a removable insert , at least a central portion of which is made by moulding on said longitudinal element in order to produce a sealed connection with the latter, the removable insert being configured to be inserted in a removable and sealed manner into said frame , the removable insert comprising a tubular portion that surrounds the central portion and in which the central portion is moulded, the tubular portion remaining permanently around the central portion after moulding of the central portion and forming a sealed connection with the frame when the removable insert is inserted, - at least a spacer ring (4;5) arranged between the frame and the removable insert , configured to ensure the seal between the frame and the removable insert and including a spacer collar adapted to come into abutment against said frame . - the longitudinal element , - a frame capable of being fastened in a permanent and sealed manner on the partition in order to delimit said hole (TR), - a removable insert , at least a central portion of which is made by moulding on said longitudinal element in order to produce a sealed connection with the latter, the removable insert being configured to be inserted in a removable and sealed manner into said frame , the removable insert comprising a tubular portion that surrounds the central portion and in which the central portion is moulded, the tubular portion remaining permanently around the central portion after moulding of the central portion and forming a sealed connection with the frame when the removable insert is inserted, - at least a spacer ring (4;5) arranged between the frame and the removable insert , configured to ensure the seal between the frame and the removable insert and including a spacer collar adapted to come into abutment against said frame .
Method for electronically controlling, in an automated manner, a brake system in a vehicle , in particular a utility vehicle , comprising at least the following steps: - reading-in a request signal (S1) to electronically actuate, in an automated manner, actuators in the vehicle , wherein at least one of the actuators has an influence on actual longitudinal vehicle dynamics (DIst) of the vehicle , and requests (aSoll, vSoll, RSoll) to bring about automatically requested target longitudinal vehicle dynamics (DSoll), which are to be implemented by the actuators , are transmitted via the request signal (S1) (St1); characterised by : - checking the plausibility of the request signal (S1) in order to ascertain whether the requests (aSoll, vSoll, RSoll) to bring about the automatically requested target longitudinal vehicle dynamics (DSoll) are being or can be completely or correctly implemented by the actuators , taking into account a tolerance (T) (St2); - determining a correction deceleration (zKorr) and/or a correction speed (vKorr) if an implementation of at least one of the requests (aSoll, vSoll, RSoll) has not taken place or cannot take place completely or correctly, taking into account the tolerance (T), in order to specify corrective braking, the correction deceleration (zKorr) and/or the correction speed (vKorr) being defined as a function of the request (aSoll, vSoll, RSoll) that has not been or cannot be implemented completely or correctly (St4); - requesting the corrective braking of the vehicle as a function of the correction deceleration (zKorr) and/or the correction speed (vKorr) so as to bring the vehicle into a safe state (St5). - reading-in a request signal (S1) to electronically actuate, in an automated manner, actuators in the vehicle , wherein at least one of the actuators has an influence on actual longitudinal vehicle dynamics (DIst) of the vehicle , and requests (aSoll, vSoll, RSoll) to bring about automatically requested target longitudinal vehicle dynamics (DSoll), which are to be implemented by the actuators , are transmitted via the request signal (S1) (St1); - checking the plausibility of the request signal (S1) in order to ascertain whether the requests (aSoll, vSoll, RSoll) to bring about the automatically requested target longitudinal vehicle dynamics (DSoll) are being or can be completely or correctly implemented by the actuators , taking into account a tolerance (T) (St2); - determining a correction deceleration (zKorr) and/or a correction speed (vKorr) if an implementation of at least one of the requests (aSoll, vSoll, RSoll) has not taken place or cannot take place completely or correctly, taking into account the tolerance (T), in order to specify corrective braking, the correction deceleration (zKorr) and/or the correction speed (vKorr) being defined as a function of the request (aSoll, vSoll, RSoll) that has not been or cannot be implemented completely or correctly (St4); - requesting the corrective braking of the vehicle as a function of the correction deceleration (zKorr) and/or the correction speed (vKorr) so as to bring the vehicle into a safe state (St5).
An arc welding and/or soldering device having a torch connected to a torch power source and a welding and/or soldering additive supply device provided in addition to the torch , characterized in that in addition to the torch at least two welding and/or soldering additive supply devices (3, 3', 3") are provided which are adjustable in position relative to one another and to the torch about a torch longitudinal axis (L) in the torch circumferential direction (U).
A radial slit disc energy attenuation assembly comprising: a slit disc stack extending along a central axis, A, from a lower stack end to an upper stack end to define a stack height, the slit disc stack including a plurality of slit discs and a plurality of spacer discs , the plurality of slit discs and the plurality of spacer discs vertically stacked in an alternating arrangement with respect to one another; and a plunger extending from an upper end to a lower end, the lower end positioned proximate to the upper stack end and configured to penetrate the slit disc stack in response to receiving an applied force, wherein in response to penetrating the slit disc stack, energy is transferred to at least one deflected slit disc and is dissipated within the slit disc stack. a slit disc stack extending along a central axis, A, from a lower stack end to an upper stack end to define a stack height, the slit disc stack including a plurality of slit discs and a plurality of spacer discs , the plurality of slit discs and the plurality of spacer discs vertically stacked in an alternating arrangement with respect to one another; and a plunger extending from an upper end to a lower end, the lower end positioned proximate to the upper stack end and configured to penetrate the slit disc stack in response to receiving an applied force, wherein in response to penetrating the slit disc stack, energy is transferred to at least one deflected slit disc and is dissipated within the slit disc stack.
A recombinant expression vector, comprising an expression cassette comprising a hamster GAPDH promoter, operably linked to an exogenous gene of interest, further comprising a regulatory element that (a) is at least 95% identical to the nucleic acid sequence set forth in SEQ ID NO:35; and (b) is operably linked to the promoter, wherein the regulatory element is in the plus orientation. (a) is at least 95% identical to the nucleic acid sequence set forth in SEQ ID NO:35; and (b) is operably linked to the promoter,
A method of placing a prepreg tow on a substrate having a bend with a curvature extending over a transition region in the substrate, comprising: laying (66; 74, 76; 82, 84, 86; 92, 96) the tow in at least a first section and a second section within the transition region, wherein the bend has a bend angle, and each of the first and second sections of the tow is curved and has an angle of curvature that is less than the bend angle; programming a numeric controller ; and using the controller to control an advanced fiber placement machine, and wherein laying the tow is performed by the advanced fiber placement machine. laying (66; 74, 76; 82, 84, 86; 92, 96) the tow in at least a first section and a second section within the transition region, wherein the bend has a bend angle, and each of the first and second sections of the tow is curved and has an angle of curvature that is less than the bend angle; programming a numeric controller ; and using the controller to control an advanced fiber placement machine, and wherein laying the tow is performed by the advanced fiber placement machine.
A vehicle detection and classification system comprising a plurality of ultra-wideband proximity sensors distributed in a fixed spatial array relative to a road such that a lateral distance of each sensor to the nearest adjacent sensor is less than a minimum lateral dimension of a vehicle to be detected and the longitudinal distance of each sensor to the nearest adjacent sensor is less than the minimum longitudinal dimension of the vehicle to be detected but the array has a lateral dimension greater than the width of a widest vehicle to be detected and a longitudinal dimension greater than the length of a longest vehicle to be detected, each of said sensors being configured to determine presence or absence of a vehicle and to communicate data regarding said presence determination to a data processing system , said data processing system being configured to use data from a plurality of said sensors to detect the vehicle, determine the length and width of the vehicle, and classify the vehicle on said road based on at least the determined length and width of said vehicle, wherein the ultra-wideband sensors can communicate with each other using ultra-wideband signals.
A carbodiimide compound of the following formula Sn(CN 2 ):M X+ , which is Sn(CN 2 ) doped with at least one dopant (M X+ ), wherein the at least one dopant is selected from alkaline earth metals, lanthanoids, actinoids, transition metals, post-transition metals and metalloids, and wherein X+ represents the oxidation state of the dopant.