mhurhangee/ep-ind-claims huggingface dataset:
Method for operating a vehicle, in particular a rail vehicle, wherein in the method - a failure state measurement value (Gb) which indicates the respective current failure state of the brakes is ascertained and - a stopping power value (λ) which indicates the stopping power of the brakes of the vehicle is ascertained, characterised in that - a braking percentage value is ascertained as the stopping power value (λ) and - when calculating the stopping power value (λ) in the form of the braking percentage value, use is made of the failure state measurement value (Gb) and at least one further measurement value, which indicates the state of the vehicle or the state of a vehicle component of the vehicle. - a failure state measurement value (Gb) which indicates the respective current failure state of the brakes is ascertained and - a stopping power value (λ) which indicates the stopping power of the brakes of the vehicle is ascertained, characterised in that - a braking percentage value is ascertained as the stopping power value (λ) and - when calculating the stopping power value (λ) in the form of the braking percentage value, use is made of the failure state measurement value (Gb) and at least one further measurement value, which indicates the state of the vehicle or the state of a vehicle component of the vehicle.
A method for inhibiting space charge-related effects in an ion source (104; 204; 304; 504), comprising: directing an electron beam (146; 246; 346; 546) into a chamber (130; 230; 330; 530) to produce ions from sample material in the chamber (130; 230; 330; 530); and employing a voltage potential for ion extraction to attract the ions formed in the chamber (130; 230; 330; 530) toward an exit aperture, after which the resulting ion beam (158; 258; 358; 558) is accelerated into a mass analyzer, wherein ionization and ion extraction are carried out simultaneously and continuously; characterized by applying a voltage pulse to the chamber (130; 230; 330; 530) to perturb an electron space charge present in the chamber (130; 230; 330; 530). directing an electron beam (146; 246; 346; 546) into a chamber (130; 230; 330; 530) to produce ions from sample material in the chamber (130; 230; 330; 530); and employing a voltage potential for ion extraction to attract the ions formed in the chamber (130; 230; 330; 530) toward an exit aperture, after which the resulting ion beam (158; 258; 358; 558) is accelerated into a mass analyzer, wherein ionization and ion extraction are carried out simultaneously and continuously; characterized by applying a voltage pulse to the chamber (130; 230; 330; 530) to perturb an electron space charge present in the chamber (130; 230; 330; 530).
A closure system for a two-leaf door having a fixed leaf and a moving leaf, with at least one fixed leaf closure unit designed as an escape door closure unit, which has one or a plurality of locking bars, which in the course of the locking procedure engage in corresponding locking reception areas, for example in a door frame, and at least one actuation element for purposes of unlocking and opening the fixed leaf closure unit, and with at least one moving leaf closure unit designed as an escape door closure unit, which is designed as a drive bar closure unit with a multiple locking system, and has at least one central lock, together with one or a plurality of additional locks, which can be actuated by means of one or a plurality of drive bars, wherein the central lock and the additional locks have locking elements, which in the course of the locking procedure engage in corresponding locking reception areas in the fixed leaf, and with at least one actuation element for purposes of unlocking and opening the moving leaf closure unit, characterised in that, the moving leaf closure unit is designed as a motorised lock with at least drive unit with at least one drive motor for purposes of locking and unlocking the moving leaf closure unit, in that, at least one position-monitoring sensor is assigned to the fixed leaf closure unit, which detects an opening of the fixed leaf and/or actuation of the fixed leaf closure unit, wherein the drive unit of the moving leaf closure unit automatically unlocks the moving leaf closure unit in the event of an opening and/or actuation of the fixed leaf, i.e. the fixed leaf closure unit, wherein the drive unit of the moving leaf closure unit automatically locks the moving leaf closure unit in the event of a closure of the moving leaf closure unit when the fixed leaf closure unit is closed, and wherein at least one second position-monitoring sensor is assigned to the moving leaf closure unit, which sensor detects the closed position of the moving leaf.
A method of targeted device discovery in a wireless digital interface network of the type having a first device configured to sink a multimedia data stream sourced from a second device, the method comprising: determining an identifier for the second device at the first device; sending a device discovery message from the first device to the second device using the determined identifier for the second device, wherein the second device is configured to verify if the device discovery message includes a correct identifier of the second device, further wherein the second device is configured to respond to the device discovery message if the device discovery message includes the correct identifier for the second device; and receiving at the first device a response to the device discovery message from the second device; transmitting, by the first device, a registration key to the second device in response to receiving the response from the second device; and receiving, at the first device after transmitting the registration key to the second device, a multimedia data stream from the second device. determining an identifier for the second device at the first device; sending a device discovery message from the first device to the second device using the determined identifier for the second device, wherein the second device is configured to verify if the device discovery message includes a correct identifier of the second device, further wherein the second device is configured to respond to the device discovery message if the device discovery message includes the correct identifier for the second device; and receiving at the first device a response to the device discovery message from the second device; transmitting, by the first device, a registration key to the second device in response to receiving the response from the second device; and receiving, at the first device after transmitting the registration key to the second device, a multimedia data stream from the second device.
A transport lock assembly for a medicament delivery device, wherein the transport lock assembly comprises - a powerpack having a spring-biased drive member, a body for holding the spring-biased drive member in a pre-tensioned state, a movable control member for releasing the spring-biased drive member, and a locking member (50, 50', 50") configured to interact with the control member, which locking member (50, 50', 50") is movable, relative to the control member, from a first state in which the control member is immobilized, to a second state in which the control member is free to move; and - a housing part having a key member, which housing part is configured to receive the powerpack; wherein assembly of the powerpack with the housing part causes the key member to move the locking member (50, 50', 50") from the first state to the second state, characterized in that the control member is rotationally movable around a longitudinal axis, but axially fixed, relative to the body, and wherein the locking member (50, 50', 50") is axially movable and rotationally fixed relative to the body and relative to the control member. - a powerpack having a spring-biased drive member, a body for holding the spring-biased drive member in a pre-tensioned state, a movable control member for releasing the spring-biased drive member, and a locking member (50, 50', 50") configured to interact with the control member, which locking member (50, 50', 50") is movable, relative to the control member, from a first state in which the control member is immobilized, to a second state in which the control member is free to move; and - a housing part having a key member, which housing part is configured to receive the powerpack; wherein assembly of the powerpack with the housing part causes the key member to move the locking member (50, 50', 50") from the first state to the second state, characterized in that the control member is rotationally movable around a longitudinal axis, but axially fixed, relative to the body, and wherein the locking member (50, 50', 50") is axially movable and rotationally fixed relative to the body and relative to the control member.
A navigation method, comprising: calibrating, by a ground calibration, pointing of an imaging device mounted on an airborne platform while the airborne platform is positioned on the ground; imaging for capturing during flight a first image of a scene of a first celestial object with the imaging device; calibrating, by an inflight calibration pointing of the imaging device while positioned on the airborne platform to a position of the first celestial object in the image; replacing the ground calibration with the inflight calibration; pointing the imaging device using the inflight calibration to image a celestial scene of a conjunction of a second celestial object and an artificial satellite; imaging for capturing a second image with the imaging device, the second image having the conjunction of the second celestial object and the artificial satellite; and determining a position of the airborne platform using a position of the conjunction of the second celestial object and the artificial satellite in the second image. calibrating, by a ground calibration, pointing of an imaging device mounted on an airborne platform while the airborne platform is positioned on the ground; imaging for capturing during flight a first image of a scene of a first celestial object with the imaging device; calibrating, by an inflight calibration pointing of the imaging device while positioned on the airborne platform to a position of the first celestial object in the image; replacing the ground calibration with the inflight calibration; pointing the imaging device using the inflight calibration to image a celestial scene of a conjunction of a second celestial object and an artificial satellite; imaging for capturing a second image with the imaging device, the second image having the conjunction of the second celestial object and the artificial satellite; and determining a position of the airborne platform using a position of the conjunction of the second celestial object and the artificial satellite in the second image.
A feeder automation system comprising: a first domain (Domain 1) comprising a first slave station; a second domain (Domain 2) comprising a second slave station; and a tie-switch provided between the first domain and the second domain; characterised in that the first slave station is adapted to operate the tie-switch directly, and the second slave station is adapted to operate the tie-switch through the first slave station. a first domain (Domain 1) comprising a first slave station; a second domain (Domain 2) comprising a second slave station; and a tie-switch provided between the first domain and the second domain; characterised in that the first slave station is adapted to operate the tie-switch directly, and the second slave station is adapted to operate the tie-switch through the first slave station.
Agricultural field spraying device with at least one liquid tank, a driven liquid pump, at least one metering device having at least one associated discharge line, and with at least one cleaning device, which has a plurality of cleaning nozzles in the liquid tank for the internal cleaning thereof, for discharging cleaning liquid, characterized in that there are means (17, 23), via which the cleaning nozzles can be supplied with the cleaning liquid within defined time intervals during the cleaning operation of the interior region of the liquid tank in at least two section regions (24, 25) alternating with each other continuously.
A handpiece used to separate a follicle of an extraction target hair from a skin tissue of a patient while a punching needle is rotated, the handpiece comprising: an outer housing; a power generator provided in the outer housing; a spindle assembly configured to transmit a rotational force generated by the power generator; a punching needle coupled to the front of the spindle assembly and configured to be inserted into patient's skin while being rotated by the rotational force generated by the power generator, wherein the punching needle is provided with a slit formed at one side of a front end portion thereof and extending rearward in a longitudinal direction of the punching needle, the inside of the punching needle is directly and visually checkable through the slit in the punching needle and the extraction target hair is insertable into the punching needle from a side of the punching needle through the slit formed in the punching needle, characterized in that the handpiece further comprises: an encoder configured to detect a rotation state of the power generator on the power generator, and a controller configured to control the rotation of the punching needle; wherein the handpiece is configured such that when the punching operation is completed, the punching needle is returned to an original rotational position before the punching operation on the basis of rotation state information detected by the encoder and then the rotation of the punching needle is stopped. an outer housing; a power generator provided in the outer housing; a spindle assembly configured to transmit a rotational force generated by the power generator; a punching needle coupled to the front of the spindle assembly and configured to be inserted into patient's skin while being rotated by the rotational force generated by the power generator, wherein the punching needle is provided with a slit formed at one side of a front end portion thereof and extending rearward in a longitudinal direction of the punching needle, the inside of the punching needle is directly and visually checkable through the slit in the punching needle and the extraction target hair is insertable into the punching needle from a side of the punching needle through the slit formed in the punching needle, characterized in that the handpiece further comprises: an encoder configured to detect a rotation state of the power generator on the power generator, and a controller configured to control the rotation of the punching needle; wherein the handpiece is configured such that when the punching operation is completed, the punching needle is returned to an original rotational position before the punching operation on the basis of rotation state information detected by the encoder and then the rotation of the punching needle is stopped.
A method of improving performance of a wireless communication device having at least a first SIM and a radio frequency, RF, resource, the method comprising: detecting, by the wireless communication device, an active communication in a first network on a modem stack associated with the first SIM; detecting, by the wireless communication device, a signal disruption period during the active communication in the first network, the method characterized by: determining, by the wireless communication device, whether there is a loss of synchronization between an operational downlink mode for the modem stack and a corresponding downlink mode represented in the first network by determining whether a control signal for transitioning to a new downlink mode was missed on the modem stack during the disruption period; and triggering, by the wireless communication device, an internal instruction that matches the missed control signal to transition the modem stack associated with the first SIM to a new downlink mode in response to determining that there is a loss of synchronization between the operational downlink mode for the modem stack and the corresponding downlink mode represented in the first network. detecting, by the wireless communication device, an active communication in a first network on a modem stack associated with the first SIM; detecting, by the wireless communication device, a signal disruption period during the active communication in the first network, the method characterized by: determining, by the wireless communication device, whether there is a loss of synchronization between an operational downlink mode for the modem stack and a corresponding downlink mode represented in the first network by determining whether a control signal for transitioning to a new downlink mode was missed on the modem stack during the disruption period; and triggering, by the wireless communication device, an internal instruction that matches the missed control signal to transition the modem stack associated with the first SIM to a new downlink mode in response to determining that there is a loss of synchronization between the operational downlink mode for the modem stack and the corresponding downlink mode represented in the first network. determining, by the wireless communication device, whether there is a loss of synchronization between an operational downlink mode for the modem stack and a corresponding downlink mode represented in the first network by determining whether a control signal for transitioning to a new downlink mode was missed on the modem stack during the disruption period; and triggering, by the wireless communication device, an internal instruction that matches the missed control signal to transition the modem stack associated with the first SIM to a new downlink mode in response to determining that there is a loss of synchronization between the operational downlink mode for the modem stack and the corresponding downlink mode represented in the first network.
A cathode active material comprising a composite material of a compound having an olivine structure and a carbon material, wherein the specific surface area as found by the Brunauer Emmett Teller formula is not less than 10.3 m 2 /g, and wherein the particle size of first-order particles is not larger than 3.1 μ m.
Device comprising at least one photosensitive logic cell, the photosensitive logic cell comprising: a first transistor (T 1) of the P type and a second transistor (T 2) of the N type based on semiconductor substrate on insulator, the substrate comprising a semiconductor surface area comprising a channel zone of the first transistor and a channel zone of said second transistor, an insulating layer separating the semiconductor surface area from a semiconductor support layer, the semiconductor support layer comprising at least one photosensitive zone configured to convert photons into charge carriers and comprising a first junction arranged opposite the channel zone of said first transistor and a second junction arranged opposite the channel zone of said second transistor, with the insulating layer being configured in such a way as to allow for a capacitive coupling between the photosensitive zone and the semiconductor surface area, in such a way that the first transistor and the second transistor respectively have a first threshold voltage (V TP) and a second threshold voltage (V TN) that can be modulated according to a quantity of photons received by the photosensitive zone, the first transistor and the second transistor being arranged in such a way as to form a logic inverter. a first transistor (T 1) of the P type and a second transistor (T 2) of the N type based on semiconductor substrate on insulator, the substrate comprising a semiconductor surface area comprising a channel zone of the first transistor and a channel zone of said second transistor, an insulating layer separating the semiconductor surface area from a semiconductor support layer, the semiconductor support layer comprising at least one photosensitive zone configured to convert photons into charge carriers and comprising a first junction arranged opposite the channel zone of said first transistor and a second junction arranged opposite the channel zone of said second transistor, with the insulating layer being configured in such a way as to allow for a capacitive coupling between the photosensitive zone and the semiconductor surface area, in such a way that the first transistor and the second transistor respectively have a first threshold voltage (V TP) and a second threshold voltage (V TN) that can be modulated according to a quantity of photons received by the photosensitive zone, the first transistor and the second transistor being arranged in such a way as to form a logic inverter.
A laundry treatment composition comprising: (i) from 0.05 wt.% to 40 wt.% of an insoluble ester wax particle, the particle having a size in the range from 1 to 3000 microns; and, (ii) from 2 to 70 wt.% of a surfactant. (i) from 0.05 wt.% to 40 wt.% of an insoluble ester wax particle, the particle having a size in the range from 1 to 3000 microns; and, (ii) from 2 to 70 wt.% of a surfactant.
A remote-control conversion pedestal to mount in place of a driver's seat in an automotive vehicle to allow remote operation of the vehicle, the pedestal comprising: a vertically-extendable stand; a tiltable plate mounted on the vertically-extendable stand; a bottom plate coupled to the vertically-extendable stand, the bottom plate adapted to bolt to a floor of the vehicle in place of the driver's seat; a platform to support a seat, the platform supported by a vertical stand which is coupled to the bottom plate; and a side plate to couple the vertical stand with the vertically-extendable stand, wherein the pedestal is configured to remain in place during human operation of the vehicle. a vertically-extendable stand; a tiltable plate mounted on the vertically-extendable stand; a bottom plate coupled to the vertically-extendable stand, the bottom plate adapted to bolt to a floor of the vehicle in place of the driver's seat; a platform to support a seat, the platform supported by a vertical stand which is coupled to the bottom plate; and a side plate to couple the vertical stand with the vertically-extendable stand, wherein the pedestal is configured to remain in place during human operation of the vehicle.
A nicotine composition comprising a non-aqueous solvent, at least 0.2 percent by weight of nicotine based on the weight of the nicotine composition, a first ratio by weight of (β-ionone + β-damascenone) to (phenol) of greater than 0.25, and a second ratio by weight of (furaneol + (2,3-diethyl-5-methylpyrazine)*100)) to (nicotine) of greater than 5 × 10 -4.
An I2C compatible device (210,212) comprising: an SDA interface for connection to an SDA line; a single-line I2C module configured to either: (a) transmit a sync word, from the SDA interface over the SDA line; and following the sync word, transmit I2C data from the SDA interface over the SDA line such that digital data is communicated via a single line; or (b) recognize a sync word, in digital data received at the SDA interface; and upon recognizing the sync word, decode the received digital data as I2C characterized in that: the sync word is a SYNC BYTE followed by a NACK. an SDA interface for connection to an SDA line; a single-line I2C module configured to either: (a) transmit a sync word, from the SDA interface over the SDA line; and following the sync word, transmit I2C data from the SDA interface over the SDA line such that digital data is communicated via a single line; or (b) recognize a sync word, in digital data received at the SDA interface; and upon recognizing the sync word, decode the received digital data as I2C (a) transmit a sync word, from the SDA interface over the SDA line; and following the sync word, transmit I2C data from the SDA interface over the SDA line such that digital data is communicated via a single line; or (b) recognize a sync word, in digital data received at the SDA interface; and upon recognizing the