mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by at least one processor executing instructions retrieved from at least one data storage device to automatically generate a wiring schema, the method comprising: determining a corresponding number of terminals A i for each safety device of N safety devices to be connected to a safety evaluation device; and, detecting a number of terminals B of the safety evaluation device available to connect to the N safety devices, wherein, A = ∑ i = 1 N A i , and if A is greater than B, then: (a) automatically identifying one or more sets of the N safety devices that are able to share a terminal of the safety evaluation device based upon test signal compatibility among the N safety devices; (b) for each of the identified one or more sets of the N safety devices, determining a shared terminal of the safety evaluation device connectable to an external terminal block; and, (c) automatically generating a wiring schema, wherein, for each of the identified one or more sets, the external terminal block provides electrical connection between each of the safety devices in that set and the shared terminal of the safety evaluation device associated with that set. determining a corresponding number of terminals A i for each safety device of N safety devices to be connected to a safety evaluation device; and, detecting a number of terminals B of the safety evaluation device available to connect to the N safety devices, wherein, A = ∑ i = 1 N A i , and if A is greater than B, then: (a) automatically identifying one or more sets of the N safety devices that are able to share a terminal of the safety evaluation device based upon test signal compatibility among the N safety devices; (b) for each of the identified one or more sets of the N safety devices, determining a shared terminal of the safety evaluation device connectable to an external terminal block; and, (c) automatically generating a wiring schema, wherein, for each of the identified one or more sets, the external terminal block provides electrical connection between each of the safety devices in that set and the shared terminal of the safety evaluation device associated with that set. (a) automatically identifying one or more sets of the N safety devices that are able to share a terminal of the safety evaluation device based upon test signal compatibility among the N safety devices; (b) for each of the identified one or more sets of the N safety devices, determining a shared terminal of the safety evaluation device connectable to an external terminal block; and, (c) automatically generating a wiring schema, wherein, for each of the identified one or more sets, the external terminal block provides electrical connection between each of the safety devices in that set and the shared terminal of the safety evaluation device associated with that set.
A vaccine composition comprising an equine herpes virus (EHV) antigen component and an adjuvant component, wherein the antigen component comprises an EHV-1 antigen and the adjuvant component comprises a P-class CpG oligonucleotide and SP oil, wherein the SP oil is present in the amount of 2-20% v/v and the SP oil comprises about 2.5% w/v polyoxyethylene-polyoxypropylene block copolymer, about 5% w/v squalane, and about 0.2% w/v polyoxyethylene sorbitan monooleate.
A method of manufacturing a magnesium-lithium alloy in which lithium and optionally an amount of aluminium of not more than 16.0 wt% is added to magnesium, the method comprising: - performing a solution treatment of a magnesium-lithium alloy workpiece; - giving a strain to the magnesium-lithium alloy workpiece after the solution treatment, by a cold working; and - progressing a natural aging of the magnesium-lithium alloy workpiece after giving the strain, without a heat treatment, wherein a content of the lithium is not less than 10.5 weight percent and not more than 16.0 weight percent and optionally an amount of aluminium of not more than 16.0 wt% is present and the balance being magnesium, and the strain is given to make an amount of the strain to be not less than 0.5 % and not more than 1.5 %. - performing a solution treatment of a magnesium-lithium alloy workpiece; - giving a strain to the magnesium-lithium alloy workpiece after the solution treatment, by a cold working; and - progressing a natural aging of the magnesium-lithium alloy workpiece after giving the strain, without a heat treatment, wherein a content of the lithium is not less than 10.5 weight percent and not more than 16.0 weight percent and optionally an amount of aluminium of not more than 16.0 wt% is present and the balance being magnesium, and the strain is given to make an amount of the strain to be not less than 0.5 % and not more than 1.5 %.
A tool assembly for performing formation stress testing in an openhole section of a borehole , the tool assembly comprising: - at least two borehole isolation means arranged with an axial distance therebetween for forming an isolated section at the openhole section of the borehole ; - a pump device adapted to be in fluid communication with the isolated section , wherein the pump device is configured to alter a pressure within the isolated section ; - a pressure sensor arranged for measuring a pressure within the isolated section ; and - a control unit to control a testing sequence, characterized in that the tool assembly further comprises: - an acoustic shock wave device adapted to generate a series of electrically induced acoustic shock waves and to focus the electrically induced acoustic shock waves onto an area of a wall of the borehole in order to gradually excavate a perforation tunnel from the borehole and into a formation in the propagation direction of the electrically induced acoustic shock waves; and - an acoustic shock wave sub for actuating the acoustic shock wave device . - at least two borehole isolation means arranged with an axial distance therebetween for forming an isolated section at the openhole section of the borehole ; - a pump device adapted to be in fluid communication with the isolated section , wherein the pump device is configured to alter a pressure within the isolated section ; - a pressure sensor arranged for measuring a pressure within the isolated section ; and - a control unit to control a testing sequence, characterized in that the tool assembly further comprises: - an acoustic shock wave device adapted to generate a series of electrically induced acoustic shock waves and to focus the electrically induced acoustic shock waves onto an area of a wall of the borehole in order to gradually excavate a perforation tunnel from the borehole and into a formation in the propagation direction of the electrically induced acoustic shock waves; and - an acoustic shock wave sub for actuating the acoustic shock wave device .
Electromagnetic system for exploring a seabed located in a marine environment, comprising: - a current injection module comprising two conducting electrodes separated from one another, referred to as injection electrodes, able to inject a current at a predetermined voltage into the marine environment close to the seabed , said injection electrodes having a contact surface with the marine environment, - a data acquisition module comprising at least two measuring sensors for measuring electrical or magnetic data at at least two points of the marine environment close to the seabed, said data resulting from the conducting or from the inducing of the current into the seabed, - a supply module to supply power to the current injection module, characterised in that each injection electrode includes a plurality of separate conductive elements arranged next to one another and electrically connected to each other in such a way as to form a conductive network or a multilayer conductive assembly, said conductive elements being metal plates arranged substantially parallel to each other, in that the contact surface of each one of the injection electrodes is greater than or equal to 0.5 m 2 , in that the contact surface of the two electrodes is dimensioned so that the electrical resistance of the two injection electrodes is less than 0.5 ohm, in that each injection electrode is comprised in a volume of which the greatest length is less than or equal to 1.5 metres, in that the voltage at which the current is injected into the marine environment is less than or equal to 60 volts. - a current injection module comprising two conducting electrodes separated from one another, referred to as injection electrodes, able to inject a current at a predetermined voltage into the marine environment close to the seabed , said injection electrodes having a contact surface with the marine environment, - a data acquisition module comprising at least two measuring sensors for measuring electrical or magnetic data at at least two points of the marine environment close to the seabed, said data resulting from the conducting or from the inducing of the current into the seabed, - a supply module to supply power to the current injection module,
An immersion circulator cooking device comprising a motor for drawing a fluid that is used for cooking past a heating element; a heating element for heating the fluid; characterised by a first switching device used in a first power mode for controlling the heating element a second switching device used in a second power mode for controlling the heating element ; a temperature sensor for sensing a sensed device temperature of the first switching device; and a controller for selecting which of the first power mode and second power mode is selected based on the sensed device temperature of the first switching device. a motor for drawing a fluid that is used for cooking past a heating element; a heating element for heating the fluid; characterised by a first switching device used in a first power mode for controlling the heating element a second switching device used in a second power mode for controlling the heating element ; a temperature sensor for sensing a sensed device temperature of the first switching device; and a controller for selecting which of the first power mode and second power mode is selected based on the sensed device temperature of the first switching device.
A chair caddie , comprising: a central hub ; four arms , each of the four arms being coupled to and extending outwardly from the central hub and adapted to support a chair leg ; each arm being supported by a surface-engaging roller ; wherein the surface-engaging rollers cooperate to elevate the arms and the central hub above a planar surface engaged by the surface-engaging rollers ; each arm carrying a chair foot receptacle adapted to receive and support a chair foot ; wherein each roller is positioned inboard of the chair foot receptacle on its respective arm , characterized in that the central hub comprises four struts ; each strut is of adjustable length; each strut is pivotally coupled to each adjacent strut at respective strut joints so that each strut can pivot relative to each adjacent strut about a respective strut pivot axis (SA), wherein the strut pivot axes (SA) are parallel to one another; and each arm is coupled to the central hub at the strut joints . a central hub ; four arms , each of the four arms being coupled to and extending outwardly from the central hub and adapted to support a chair leg ; each arm being supported by a surface-engaging roller ; wherein the surface-engaging rollers cooperate to elevate the arms and the central hub above a planar surface engaged by the surface-engaging rollers ; each arm carrying a chair foot receptacle adapted to receive and support a chair foot ; wherein each roller is positioned inboard of the chair foot receptacle on its respective arm , characterized in that the central hub comprises four struts ; each strut is of adjustable length; each strut is pivotally coupled to each adjacent strut at respective strut joints so that each strut can pivot relative to each adjacent strut about a respective strut pivot axis (SA), wherein the strut pivot axes (SA) are parallel to one another; and each arm is coupled to the central hub at the strut joints .
Method for operating a laundry treatment appliance , comprising a rotatable drum into which laundry can be loaded and which is rotated by a motor , whereby a closable door is provided which gives access to said drum ; with the steps of a) selecting a laundry treatment process; b) loading laundry into said drum ; c) starting the selected laundry treatment process; d) estimating the amount of laundry load; characterized in the steps of e) issuing to the user a notification of an overload condition if the amount of laundry is larger than a laundry load threshold value; f) if the amount of laundry is larger than said laundry load threshold value, waiting for a prescribed waiting amount of time before prosecuting said laundry treatment process, thereby allowing the user to access the drum for changing the amount of laundry load; g) If the laundry treatment process is prosecuted with the laundry load being larger than said laundry load threshold value, maintaining said notification and/or issuing another notification that the amount of laundry is larger than said laundry load threshold value in at least one of the following: - during said laundry treatment process; - during a final phase of said laundry treatment process; - at and/or after the end of said laundry treatment process. a) selecting a laundry treatment process; b) loading laundry into said drum ; c) starting the selected laundry treatment process; d) estimating the amount of laundry load; characterized in the steps of e) issuing to the user a notification of an overload condition if the amount of laundry is larger than a laundry load threshold value; f) if the amount of laundry is larger than said laundry load threshold value, waiting for a prescribed waiting amount of time before prosecuting said laundry treatment process, thereby allowing the user to access the drum for changing the amount of laundry load; g) If the laundry treatment process is prosecuted with the laundry load being larger than said laundry load threshold value, maintaining said notification and/or issuing another notification that the amount of laundry is larger than said laundry load threshold value in at least one of the following: - during said laundry treatment process; - during a final phase of said laundry treatment process; - at and/or after the end of said laundry treatment process. - during said laundry treatment process; - during a final phase of said laundry treatment process; - at and/or after the end of said laundry treatment process.
Machine element comprising a hollow-shaft portion and comprising a sensor device for detecting a mechanical stress acting on the hollow-shaft portion, wherein the sensor device is arranged in the hollow-shaft portion, wherein the hollow-shaft portion comprises a first radially inwardly projecting formation and a second radially inwardly projecting formation , and wherein the sensor device is secured in a form-fitting manner with axial preloading between the first radially inwardly projecting formation and the second radially inwardly projecting formation , characterised in that a stop surface of the first radially inwardly projecting formation and/or a stop surface of the second radially inwardly projecting formation comprises a surface that is profiled in the peripheral direction and forms an engagement with the sensor device .
A turbofan engine comprising an engine core positioned radially inwardly of an outer fixed structure with respect to the longitudinal axis of the engine, the aft or downstream end of the outer fixed structure having a terminal plane (123; 223; 323; 423; 523) which is substantially normal to the longitudinal axis (X) of the engine, the radius R of the internal surface (120; 220; 320; 420; 520) of the outer fixed structure in the terminal plane being a function R(φ) of azimuthal position φ in the terminal plane with respect to the longitudinal axis of the engine such that (i) the radius has a constant value R 0 within a first azimuthal interval of at least 180°; (ii) the radius has a value greater than R 0 at any azimuthal position within a second azimuthal interval ; and (iii) the radius has a value less than R 0 at any azimuthal position within a third azimuthal interval ; (iv) the radius has a value greater than R 0 at any azimuthal position within a fourth azimuthal interval ; wherein the second azimuthal interval is contiguous with the first and third azimuthal intervals, the fourth azimuthal interval is contiguous with the first and third azimuthal intervals, the first, second, third and fourth azimuthal intervals form a total azimuthal interval of 360°, and characterised in that R(φ) is single-valued at all azimuthal positions φ at which the internal surface of the outer fixed structure exists in the terminal plane. (i) the radius has a constant value R 0 within a first azimuthal interval of at least 180°; (ii) the radius has a value greater than R 0 at any azimuthal position within a second azimuthal interval ; and (iii) the radius has a value less than R 0 at any azimuthal position within a third azimuthal interval ; (iv) the radius has a value greater than R 0 at any azimuthal position within a fourth azimuthal interval ; wherein the second azimuthal interval is contiguous with the first and third azimuthal intervals, the fourth azimuthal interval is contiguous with the first and third azimuthal intervals, the first, second, third and fourth azimuthal intervals form a total azimuthal interval of 360°, and characterised in that R(φ) is single-valued at all azimuthal positions φ at which the internal surface of the outer fixed structure exists in the terminal plane.
A vehicle occupant detection device , comprising: a sensor unit disposed in a vehicle to detect biometric information of a first occupant (P1) located in a front seat of the vehicle and a second occupant (P2) located in a rear seat of the vehicle ; a control unit analyzing the biometric information measured by the sensor unit ; and an output unit outputting a warning message on the basis of the information analyzed by the control unit , wherein the control unit determines that the second occupant (P2) located in the rear seat is in a dangerous state when the biometric information is not detected in the front seat but detected in the rear seat by the sensor unit , characterized in that the sensor unit detects both the front seats and the rear seat , even if only one sensor unit is provided in the vehicle , and the sensor unit measures the biometric information generated in a first area and a second area , in which the first area is present in a direction facing the rear seat in the front seat and the second area is present in a direction opposite to the first area . a sensor unit disposed in a vehicle to detect biometric information of a first occupant (P1) located in a front seat of the vehicle and a second occupant (P2) located in a rear seat of the vehicle ; a control unit analyzing the biometric information measured by the sensor unit ; and an output unit outputting a warning message on the basis of the information analyzed by the control unit , wherein the control unit determines that the second occupant (P2) located in the rear seat is in a dangerous state when the biometric information is not detected in the front seat but detected in the rear seat by the sensor unit , characterized in that the sensor unit detects both the front seats and the rear seat , even if only one sensor unit is provided in the vehicle , and the sensor unit measures the biometric information generated in a first area and a second area , in which the first area is present in a direction facing the rear seat in the front seat and the second area is present in a direction opposite to the first area .
Harvester (M), in particular a rotary windrower, with a support frame which has a running gear , on which laterally at least one lifting arm , which is oriented crosswise to the direction of travel and which is connected to a rotor device (K) which has ground running wheels and can be driven in a rotary manner via a drive , can be adjusted around a support frame axis that is approximately parallel to the ground and oriented approximately in the direction of travel, between a lowered working position of the rotor device via a raised headland position into a transport position, wherein a bearing housing fixed to the rotor device is connected to the lifting arm in a cardan suspension (A) which has a lifting arm rotation axis that is oriented approximately in the direction of travel and a swing axis that crosses the lifting arm rotation axis in a ball joint in an essentially vertical manner, and the bearing housing can be adjusted at least around the swing axis between the upper and lower limits , characterised in that the lifting arm rotation axis is a pivot pin which is non-rotatably connected to the lifting arm and which in a non-rotatable manner bears at least one adjusting lever that can be made to engage on a limit stop that is arranged on the bearing housing , in such a way that when the rotor device (K) is raised at least into the headland position, at its inner side pointing towards the support frame and drive , the rotor device (K) can be tilted around the swing axis downwards relative to the support frame and the bearing housing can be tilted towards the upper limit , wherein the pivot pin engages into a slot-shaped link guide in a side wall of the bearing housing and turns anticlockwise when the lifting arm pivots relative to the rotor device (K), and rests with its adjusting lever against the limit stop , so that the bearing housing and thus the front sector of the rotor device (K) tilts downwards around the swing axis and the pivot pin moves in the link guide to the upper limit , so that the rotor device (K) is in an inclined position in the headland position, in which the cardan suspension (A) is blocked in respect of uncontrolled swinging movements of the rotor device (K).