mhurhangee/ep-ind-claims huggingface dataset:
A method of managing shutdown of a motor vehicle comprising: (a) determining by electronic control means that an instruction for the vehicle to remain in a non-shutdown state has not been received and/or that a valid input requiring the vehicle to remain in a non-shutdown state is not present; and (b) shutting down automatically the control means in dependence on the determination, the method comprising the step of forcing shutdown of the control means after a prescribed time period for shutdown has elapsed if a fresh instruction for the vehicle to remain in a non-shutdown state has not been received and the control means has not shut down within the prescribed time period. (a) determining by electronic control means that an instruction for the vehicle to remain in a non-shutdown state has not been received and/or that a valid input requiring the vehicle to remain in a non-shutdown state is not present; and (b) shutting down automatically the control means in dependence on the determination, the method comprising the step of forcing shutdown of the control means after a prescribed time period for shutdown has elapsed if a fresh instruction for the vehicle to remain in a non-shutdown state has not been received and the control means has not shut down within the prescribed time period.
Lithotripsy device, in particular an intracorporeal lithotripsy device, comprising at least one sonotrode which comprises at least one sonotrode head for receiving ultrasonic waves and at least one sonotrode tip for acting upon concretions, which sonotrode tip is connected to the sonotrode head, and comprising an ultrasound unit which has at least one ultrasonic horn, the sonotrode being designed to transmit the ultrasonic waves from the sonotrode head to the sonotrode tip along at least one second transmission direction (22, 22a), characterized in that the ultrasonic horn tapers along a first transmission direction (20, 20a) and is designed to transmit and focus ultrasonic waves at least indirectly onto the sonotrode head along the first transmission direction (20, 20a), the second transmission direction (22, 22a) differing from the first transmission direction (20, 20a).
A method for the site-specific immobilization of DNA origami structures on an optically transparent solid substrate, said method comprising the steps of: (a) providing at least one type of DNA origami structure having single-stranded ssNA strands protruding from the DNA origami structure; (b) providing a pre-patterned optically transparent solid substrate that is functionalized with ssNA capture strands, wherein the ssNA capture strands are capable of binding to the ssNA strands protruding from the DNA origami structure by Watson-Crick pairing; and (c) incubating the optically transparent solid substrate of step (b) with the at least one type of DNA origami structure of step (a), wherein different areas of the optically transparent solid substrate are functionalized with different types of ssNA capture strands, and the optically transparent solid substrate is incubated with different types of DNA origami structures having different protruding ssNA strands, wherein said DNA origami structures are not placed on said substrate in a randomly manner, but are immobilized to selected areas or spots on said substrate, thus providing full control over the spatial location of said DNA origami structures on said substrate, wherein the DNA origami structures carry one or more types of objects-of-interest (OOIs), wherein the OOls are selected from the group consisting of proteins, and peptides, and wherein step (c) is carried out in the presence of a buffer comprising sodium dodecylsulphate and under conditions that (i) do not compromise the structure and integrity of the DNA origami structures, the ssNA strands, and the solid substrate, and (ii) allow for Watson-Crick pairing between the protruding ssNA strands of the origami structures and the ssNA capture strands, so that immobilization of the origami structures on the solid substrate is achieved. (a) providing at least one type of DNA origami structure having single-stranded ssNA strands protruding from the DNA origami structure; (b) providing a pre-patterned optically transparent solid substrate that is functionalized with ssNA capture strands, wherein the ssNA capture strands are capable of binding to the ssNA strands protruding from the DNA origami structure by Watson-Crick pairing; and (c) incubating the optically transparent solid substrate of step (b) with the at least one type of DNA origami structure of step (a),
Alarm clock (10, 30, 40), comprising at least one sensor (16, 18, 20, 26) for detecting a body activity level of a human being and being provided to produce a sequence of alarm signals, each alarm signal within said sequence being suppressible on the detection of a predetermined body activity level, wherein the body activity level required to suppress an alarm signal increases with each subsequent alarm signal within said sequence, characterised in that the alarm signals within said sequence are separated by timeouts, the duration of each timeout being set according to a detected body activity level.
A photopolymerisable composition curable by UV/VIS irradiation comprising: a) 25 to 74.9% by weight of at least one monomer M comprising at least one ethylenically unsaturated group or of a monomer mixture comprising at least two monomers M comprising different ethylenically unsaturated groups, b) 25 to 74.9% by weight of an aliphatic urethane acrylate or a mixture of different aliphatic urethane acrylates, c) 0.1 to 10% by weight of a photoinitiator which activates the polymerisation of the monomers and urethane acrylates upon exposure to actinic radiation; wherein the photopolymerisable composition is liquid at a standard pressure in the range of 15°C to 150°C and is suitable as a recording material for optical elements with refractive index modulation, wherein the photoinitiator contains a dye and as co-initiator a borate salt, and wherein component a) comprises a bisphenol A diacrylate in an amount of more than 25% by weight. a) 25 to 74.9% by weight of at least one monomer M comprising at least one ethylenically unsaturated group or of a monomer mixture comprising at least two monomers M comprising different ethylenically unsaturated groups, b) 25 to 74.9% by weight of an aliphatic urethane acrylate or a mixture of different aliphatic urethane acrylates, c) 0.1 to 10% by weight of a photoinitiator which activates the polymerisation of the monomers and urethane acrylates upon exposure to actinic radiation; wherein the photopolymerisable composition is liquid at a standard pressure in the range of 15°C to 150°C and is suitable as a recording material for optical elements with refractive index modulation, wherein the photoinitiator contains a dye and as co-initiator a borate salt, and wherein component a) comprises a bisphenol A diacrylate in an amount of more than 25% by weight.
A blind fastener having a hollow sleeve (3; 12), wherein the hollow sleeve (3; 12) of cold-rolled low carbon steel having a carbon content of 0,08-0.13% has an increased carbon concentration at the surface, which is obtained by carburizing a depth of approximately 0.025 mm during sustained heating and subsequent quenching and isothermal maintenance of the sleeve in an austempering process, wherein the carbon percentage value of the carburized depth of the sleeve is from 0.3 to 0.5% due to the carburization process.
A non-transitory computer readable medium storing instructions that cause one or more processors to perform a method comprising: acquiring a captured image of an object with a camera; deriving a first pose of the object with respect to the camera on the basis of 2D template data and the captured image at a first time; deriving a second pose of the object corresponding to a captured image at a second time later than the first time on the basis of the first pose and the captured image at the second time; displaying, on a display section, an AR image in a virtual pose based on the second pose in the case where accuracy of the second pose corresponding to the captured image at the second time falls in a range equal to or greater than a first criterion; and deriving a third pose of the object on the basis of the captured image at the second time and the 2D template data in the case where the accuracy falls below a second criterion, wherein accuracy represented by the first criterion is more tolerant than that of the second criterion, and wherein the first criterion and the second criterion include a residual error based on (i) first points from a 3D model in the second pose and (ii) corresponding second points from the object in the captured image at the second time, the 3D model corresponding to the object. acquiring a captured image of an object with a camera; deriving a first pose of the object with respect to the camera on the basis of 2D template data and the captured image at a first time; deriving a second pose of the object corresponding to a captured image at a second time later than the first time on the basis of the first pose and the captured image at the second time; displaying, on a display section, an AR image in a virtual pose based on the second pose in the case where accuracy of the second pose corresponding to the captured image at the second time falls in a range equal to or greater than a first criterion; and deriving a third pose of the object on the basis of the captured image at the second time and the 2D template data in the case where the accuracy falls below a second criterion, wherein accuracy represented by the first criterion is more tolerant than that of the second criterion, and wherein the first criterion and the second criterion include a residual error based on (i) first points from a 3D model in the second pose and (ii) corresponding second points from the object in the captured image at the second time, the 3D model corresponding to the object.
At a remote device in a network computing environment, a method of establishing a command-line shell processing session by providing a binding mechanism within a message rather than a binary stream of data in order to bind the shell to a series of commands, the method comprising: receiving a request message to open a shell at a remote command-line processor; providing a binding mechanism for use in transferring commands to the shell for execution; and receiving an execution request message to execute a command, wherein the execution request message includes the command as a unit and the binding mechanism. receiving a request message to open a shell at a remote command-line processor; providing a binding mechanism for use in transferring commands to the shell for execution; and receiving an execution request message to execute a command, wherein the execution request message includes the command as a unit and the binding mechanism.
A sensor management device on a work vehicle for determining whether one or more obstacle sensors (7; 71; 72; 73) operate normally, the obstacle sensors (7; 71; 72; 73) being mounted on a the work vehicle capable of automatic travel, the sensor management device comprising, for a sensor check routine, - a first notification part that provides a sensor trial activation start notification (#03) causing a user to place a target obstacle on detection regions of the obstacle sensors (7; 71; 72; 73); - an obstacle sensor determination part that determines (#04, #05, #06) a normal operation of each obstacle sensor, based on detection of the target obstacle, in response to the sensor trial activation start notification; and - a second notification part that provides a notification about a result of a determination of the normal operation by the obstacle sensor determination part, wherein the work vehicle is prohibited from travelling automatically, if normal operation of the one or more obstacle sensors (7; 71; 72; 73) is not ascertained; wherein sensor management device is configured to - check, when the sensor check routine is invoked, whether a predetermined period of time has elapsed from a last sensor check, - issue a prohibition command for prohibiting automatic travel (#02), if a the predetermined period of time has elapsed from a last sensor check (#01), and - provide a notification that the sensor check is unnecessary (#31), if the predetermined period of time from the last sensor check has not elapsed (#01). - a first notification part that provides a sensor trial activation start notification (#03) causing a user to place a target obstacle on detection regions of the obstacle sensors (7; 71; 72; 73); - an obstacle sensor determination part that determines (#04, #05, #06) a normal operation of each obstacle sensor, based on detection of the target obstacle, in response to the sensor trial activation start notification; and - a second notification part that provides a notification about a result of a determination of the normal operation by the obstacle sensor determination part, wherein the work vehicle is prohibited from travelling automatically, if normal operation of the one or more obstacle sensors (7; 71; 72; 73) is not ascertained; wherein sensor management device is configured to - check, when the sensor check routine is invoked, whether a predetermined period of time has elapsed from a last sensor check, - issue a prohibition command for prohibiting automatic travel (#02), if a the predetermined period of time has elapsed from a last sensor check (#01), and - provide a notification that the sensor check is unnecessary (#31), if the predetermined period of time from the last sensor check has not elapsed (#01).
A harvesting reel for an agricultural harvester having a frame, a first reel assembly and a second reel assembly mounted to the frame in end-to-end relation and defining a gap therebetween, each reel assembly (202A, 202B) including: a central rotating shaft, a plurality of support members (210A-F) extending widthwise across the reel assembly and connected to the central rotating shaft for rotation therewith, a plurality of tines connected to each of the plurality of support members, each reel assembly comprising: a reel finger assembly including an elongated finger and a biasing member; characterized in that said reel finger assembly is pivotably connected to a medial side of one of the first and second reel assemblies, wherein the elongated finger having a proximal end is pivotably coupled to the at least one of the first and second reel assemblies and moveable between a first position and a second position, and the biasing member biasing the elongated finger toward the first position, wherein a distal end of the elongated finger extends beyond the medial side of the at least one of the first and second reel assemblies. a reel finger assembly including an elongated finger and a biasing member; characterized in that said reel finger assembly is pivotably connected to a medial side of one of the first and second reel assemblies, wherein the elongated finger having a proximal end is pivotably coupled to the at least one of the first and second reel assemblies and moveable between a first position and a second position, and the biasing member biasing the elongated finger toward the first position, wherein a distal end of the elongated finger extends beyond the medial side of the at least one of the first and second reel assemblies. the elongated finger having a proximal end is pivotably coupled to the at least one of the first and second reel assemblies and moveable between a first position and a second position, and the biasing member biasing the elongated finger toward the first position, wherein a distal end of the elongated finger extends beyond the medial side of the at least one of the first and second reel assemblies.
An automotive electrical component unit comprising at least one microcontroller supplied with an electrical power provided by a power supply regulator of said automotive electrical component unit, wherein the at least one microcontroller is adapted to control at least one function of an automotive device within a vehicle, and comprising an integrated power supply supervisory circuit adapted to supervise said power supply regulator of said electrical component unit, characterized in that said integrated power supply supervisory circuit comprises a voltage sensor to monitor a power supply voltage (V CC) of the microcontroller, wherein in case that the power supply voltage (V CC) is outside a predetermined range the integrated power supply supervisory circuit detects that the power supply regulator of the microcontroller has a malfunction and performs a switch-over to an integrated power supply regulator integrated in said power supply supervisory circuit integrated in said automotive electrical component unit.
A method for managing gust loading in an aircraft, characterized in that it comprises: monitoring a spoiler deflection angle (Θ) of at least one spoiler of the aircraft; and when the spoiler deflection angle (Θ) is above a first threshold (Θ t1), sending at least one aileron control signal for causing at least one aileron to deflect based on the spoiler deflection angle (Θ). monitoring a spoiler deflection angle (Θ) of at least one spoiler of the aircraft; and when the spoiler deflection angle (Θ) is above a first threshold (Θ t1), sending at least one aileron control signal for causing at least one aileron to deflect based on the spoiler deflection angle (Θ).
An optical module, comprising a PCB, an optical component arranged on the PCB and an optical fiber which is coupled with the optical component through an optical lens module, wherein the optical module further comprises a fixed bracket, a lens bracket which is detachably connected to the fixed bracket, and a fiber bracket which is detachably connected to the lens bracket, wherein the fixed bracket is fixed on the PCB, the optical lens module is arranged on the lens bracket, and the optical fiber is arranged on the fiber bracket, and wherein the optical component is located between the fixed bracket and the lens bracket, the fixed bracket is provided with at least two positioning parts (21, 22), and the lens bracket is correspondingly provided with positioning parts which match respectively the positioning parts (21, 22) of the fixed bracket to achieve detachable connection; wherein the fiber bracket is partially located on the fixed bracket, characterised in that the fiber bracket is provided with a fiber bracket groove at a side edge which contacts with the fixed bracket, the fixed bracket is provided with a fixed bracket groove at a position corresponding to the fiber bracket groove, and the fiber bracket groove and the fixed bracket groove together form a glue-applying hole, so that the fiber bracket and the fixed bracket are fixable to achieve firm fixation of the fiber bracket.
A hair care appliance (10, 500) comprising a body (30, 530), and a handle (20. 520) having a first end (22, 522) in fluid communication with the body (30, 530) and a second end comprising a primary fluid inlet (40, 540) into the appliance wherein the primary fluid inlet (40, 540) comprises a first aperture (42, 544) extending at least partially around the handle (20, 520) and a second aperture (44, 546) extending through the second end of the handle (20, 520) wherein the handle (20, 520) comprises a wall (220, 560) and the primary fluid flow path extends from the primary fluid inlet (40, 540) within the wall (220, 560) to a primary fluid outlet, the handle (20, 520) further comprises a fan unit for drawing fluid in through the primary fluid inlet (40, 540) and the handle (20, 520) comprises an outer wall (200, 526) wherein said outer wall (200, 526) extends around the wall (220, 560) and at least partially along the wall (220, 560) characterised in that the wall (220, 560) comprises an access aperture for allowing an access to the inside of the wall (220, 560) and a hatch for closing the access aperture.
A process for manufacturing shaped article(s) comprising carbon nanotubes, the shaped article preferably consisting for at least 50 wt.% of carbon nanotubes, comprising the steps of supplying carbon nanotubes in an acidic liquid comprising at least one acid, and shaping the carbon nanotubes in the acidic liquid into a shaped article, characterized in that the at least one acid has a Hammett acidity function less than that of 100% sulfuric acid and equal or more than that of 90% sulfuric acid, wherein the Hammett acidity function is determined for the acid in the acidic liquid.
A method for producing an internally pressurized component, especially in the form of a high-pressure fuel storage (rail), comprising the steps of: • providing a main body including a longitudinal cavity and including a fastening flange for fastening the internally pressurized component, • providing a bolt, • introducing a through-bore extending longitudinally through the fastening flange having two openings (70, 71) opposite with respect to the longitudinal axis, • inserting the bolt into the through-bore so that the bolt is arranged, on the side of one of the openings, to be flush with the fastening flange, and extends from said opening through the through-bore and the other opening so as to project from the fastening flange, • integrally bonding the bolt to the fastening flange, and • introducing a longitudinal bore into the bolt for forming a fastening sleeve. • providing a main body including a longitudinal cavity and including a fastening flange for fastening the internally pressurized component, • providing a bolt, • introducing a through-bore extending longitudinally through the fastening flange having two openings (70, 71) opposite with respect to the longitudinal axis, • inserting the bolt into the through-bore so that the bolt is arranged, on the side of one of the openings, to be flush with the fastening flange, and extends from said opening through the through-bore and the other opening so as to project from the fastening flange, • integrally bonding the bolt to the fastening flange, and • introducing a longitudinal bore into the bolt for forming a fastening sleeve.
Method for managing energy in a hybrid motor vehicle driven by an electric machine and a combustion engine, the motor vehicle comprising an onboard electrical network and an electrical power supply assembly suitable for supplying the onboard electrical network and the electric machine with power, the power supply assembly comprising two electrical accumulators (5, 6) in series and regulator means (7, 8) for regulating, for each accumulator (5, 6) of the two electrical accumulators (5, 6), a delivered or received power value, the method comprising the steps consisting in: - determining a range of pairs of admissible control values for the regulator means (7, 8) according to at least one operating parameter of the electrical power supply assembly; - selecting, from the range of pairs of admissible control values, a pair of control values corresponding to a minimum electricity consumption and of the combustion engine of the motor vehicle; and - transmitting, to the regulator means (7, 8), control signals produced on the basis of the selected pair of control values. - determining a range of pairs of admissible control values for the regulator means (7, 8) according to at least one operating parameter of the electrical power supply assembly; - selecting, from the range of pairs of admissible control values, a pair of control values corresponding to a minimum electricity consumption and of the combustion engine of the motor vehicle; and - transmitting, to the regulator means (7, 8), control signals produced on the basis of the selected pair of control values.