mhurhangee/ep-ind-claims huggingface dataset:
A steering system for a vehicle, the steering system comprising: a first steering device configured to steer wheels of the vehicle in accordance with a command of a steering amount outputted by a steering command device; a second steering device including a mechanical section configured to individually steer each of the wheels on left and right sides about a turning axis, which is different from a king pin axis, by driving a steering actuator disposed in a tire housing of the vehicle, and a control section configured to control the steering actuator; and a vehicle information detection section configured to detect vehicle information including a velocity of the vehicle and a steering angle of the first steering device, wherein the control section includes a turning angle control module configured to control the steering actuator pursuant to a predetermined rule in accordance with the velocity of the vehicle and the steering angle so as to control turning angles of the wheels on the left and right sides. a first steering device configured to steer wheels of the vehicle in accordance with a command of a steering amount outputted by a steering command device; a second steering device including a mechanical section configured to individually steer each of the wheels on left and right sides about a turning axis, which is different from a king pin axis, by driving a steering actuator disposed in a tire housing of the vehicle, and a control section configured to control the steering actuator; and a vehicle information detection section configured to detect vehicle information including a velocity of the vehicle and a steering angle of the first steering device, wherein the control section includes a turning angle control module configured to control the steering actuator pursuant to a predetermined rule in accordance with the velocity of the vehicle and the steering angle so as to control turning angles of the wheels on the left and right sides.
Process for preparing an excipient by a simultaneous transesterification reaction between at least one solid wax and at least one liquid wax in presence of at least one polyol and one catalyst.
A verification system for verification of a printout, the verification system comprising a printing device and at least one image recording device, the printing device at least comprising a printer controller and a print head, the image recording device being positioned such that a focal point of the image recording device is in a distance (d) from the print head of the printing device, characterized in that the printer controller is configured to: - instruct the print head of the printing device to print on an area on a substrate; - compute a time for the printed area to be positioned in the field of view of the image recording device after the printout operation by the print head, wherein the computed time is calculated with respect to said distance (d) and information about a relative speed of the substrate, and - instruct the printing device to generate a trigger signal to said image recording device, which trigger signal activates the image recording device to capture an image of the printed area to be processed for detecting if the printout meets certain parameters. the image recording device being positioned such that a focal point of the image recording device is in a distance (d) from the print head of the printing device, characterized in that the printer controller is configured to: - instruct the print head of the printing device to print on an area on a substrate; - compute a time for the printed area to be positioned in the field of view of the image recording device after the printout operation by the print head, wherein the computed time is calculated with respect to said distance (d) and information about a relative speed of the substrate, and - instruct the printing device to generate a trigger signal to said image recording device, which trigger signal activates the image recording device to capture an image of the printed area to be processed for detecting if the printout meets certain parameters. - instruct the print head of the printing device to print on an area on a substrate; - compute a time for the printed area to be positioned in the field of view of the image recording device after the printout operation by the print head, wherein the computed time is calculated with respect to said distance (d) and information about a relative speed of the substrate, and - instruct the printing device to generate a trigger signal to said image recording device, which trigger signal activates the image recording device to capture an image of the printed area to be processed for detecting if the printout meets certain parameters.
A pneumatic position sensor, comprising: a housing, comprising at least one cylindrical void in it, having an air inlet in connection with a first end of said void in a first end of said housing; a sliding piston with shaft in said cylindrical void, said shaft extending out of said housing from a second end of said housing, said sliding piston arranged to move from a start position when a pressurized air is applied through said air inlet and with a spring on said shaft to return said sliding piston from said second position back to said start position; said housing comprising a pair of electrodes (17, 18), wherein a first electrode is electrically connected with said shaft through said housing and a second electrode insulated from said housing by a bushing is connected to a means for contacting said piston in said first position and is disconnected from said piston in said second position characterized in that said second electrode is extending through a wall of said housing into said void, wherein said second electrode having rounded tip and the sliding piston has means for electrically contacting said rounded tip. a housing, comprising at least one cylindrical void in it, having an air inlet in connection with a first end of said void in a first end of said housing; a sliding piston with shaft in said cylindrical void, said shaft extending out of said housing from a second end of said housing, said sliding piston arranged to move from a start position when a pressurized air is applied through said air inlet and with a spring on said shaft to return said sliding piston from said second position back to said start position; said housing comprising a pair of electrodes (17, 18), wherein a first electrode is electrically connected with said shaft through said housing and a second electrode insulated from said housing by a bushing is connected to a means for contacting said piston in said first position and is disconnected from said piston in said second position characterized in that said second electrode is extending through a wall of said housing into said void, wherein said second electrode having rounded tip and the sliding piston has means for electrically contacting said rounded tip.
A transport device comprising at least one transport unit, on which drive magnets are arranged, and a transport track composed of a plurality of transport segments (TSi) arranged consecutively in the longitudinal direction, having a starting point (P A) and an ending point (P E), along which the transport unit can be moved in the longitudinal direction along a movement path predefined by the transport segments (TS i), wherein stationary electric drive coils are arranged on each of the transport segments (TSi), which interact with the drive magnets of the transport unit to form a long stator linear motor and to generate a propulsive force for moving the transport unit along the movement path, the transport track comprising at least one curved transport segment (TSi) having a curved movement path that is located in a two-dimensional plane, the two-dimensional plane defining a movement plane in which the transport unit can be moved along the entire transport track, wherein a transition segment including a continuous-flow conveyor having a longitudinal axis (Ls) is provided, adjoining the starting point (P A) or the ending point (P E) of the transport track in the longitudinal direction, for transporting the transport unit in a direction of movement extending along the longitudinal axis (Ls), the continuous-flow conveyor being provided to move the transport unit in the direction of movement at least sectionally in a conveying plane deviating from the movement plane of the transport track, characterized in that a steady transition between the movement plane of the transport track and the conveying plane of the continuous-flow conveyor is provided for a movement of the transport unit without jerk in the transition between the transport track and the transition segment, wherein the longitudinal axis (L 8) of the continuous-flow conveyor has a continuous course of curvature and a straight section (L8bG) on both ends respectively and wherein the transport segment (TSi) adjoining the transition segment is formed as a straight transport segment (TSi).
A method for reducing the load due to the reporting of broadband access interworking information changes to a policy and/or charging controller in a mobile communication system wherein a core network interworks with a fixed broadband access network to provide internet protocol connectivity to an user equipment via a home base station connected to said fixed broadband access network, and wherein the policy and/or charging controller is a policy and charging rules function, PCRF, said method comprising the steps of: - said policy and/or charging controller sending towards a core network node serving said user equipment, referred to as serving node, a request for broadband access interworking information change reporting, wherein the serving node is a mobility management entity, MME, - said serving node detecting broadband access interworking information change for said user equipment, reporting said broadband access interworking information change to said policy and/or charging controller only if said serving node has received a request for broadband access interworking information change reporting, wherein said broadband access interworking information includes home (e)NodeB local internet protocol address, user datagram protocol port number. - said policy and/or charging controller sending towards a core network node serving said user equipment, referred to as serving node, a request for broadband access interworking information change reporting, wherein the serving node is a mobility management entity, MME, - said serving node detecting broadband access interworking information change for said user equipment, reporting said broadband access interworking information change to said policy and/or charging controller only if said serving node has received a request for broadband access interworking information change reporting,
A method for drilling a wellbore, comprising: drilling the wellbore by rotating a tubular string using a top drive and advancing the tubular string longitudinally into the wellbore; rotationally unlocking an upper portion of the tubular string having a side port from a rest of the tubular string; characterised by engaging the tubular string with a clamp and using the clamp to open the side port; adding a tubular joint or stand of joints to the upper portion while injecting drilling fluid through the clamp and into the side port and rotating the rest of the tubular string using a rotary table; using the clamp to close the side port and disengaging the clamp from the tubular string; rotationally locking the upper portion to the rest of the tubular string after adding the joint or stand; and resuming drilling of the wellbore after rotationally locking the upper portion. drilling the wellbore by rotating a tubular string using a top drive and advancing the tubular string longitudinally into the wellbore; rotationally unlocking an upper portion of the tubular string having a side port from a rest of the tubular string; characterised by engaging the tubular string with a clamp and using the clamp to open the side port; adding a tubular joint or stand of joints to the upper portion while injecting drilling fluid through the clamp and into the side port and rotating the rest of the tubular string using a rotary table; using the clamp to close the side port and disengaging the clamp from the tubular string; rotationally locking the upper portion to the rest of the tubular string after adding the joint or stand; and resuming drilling of the wellbore after rotationally locking the upper portion.
Electrical appliance with a door, a door opener and a switching circuit for the door opener, wherein the switching circuit comprises: - a solenoid means for mechanically opening or unlocking the door, - a DC voltage converter coupled to an AC mains, - a first switching means and a second switching means for preventing or triggering actuation of the solenoid means, - a series circuit of a capacitor, a resistor and the second switching means connected to an output of the DC voltage converter, - in parallel to the capacitor a series circuit of the solenoid means and a voltage controlled switch is provided, wherein the voltage controlled switch is controlled by a voltage across the capacitor. - a solenoid means for mechanically opening or unlocking the door, - a DC voltage converter coupled to an AC mains, - a first switching means and a second switching means for preventing or triggering actuation of the solenoid means, - a series circuit of a capacitor, a resistor and the second switching means connected to an output of the DC voltage converter, - in parallel to the capacitor a series circuit of the solenoid means and a voltage controlled switch is provided, wherein the voltage controlled switch is controlled by a voltage across the capacitor.
A method for locating a circuit support in a specified position relative to the optical system of a lighting device, in which the circuit support has at least one semiconductor light source secured thereon, characterized in that at least one light-emitting region of the at least one semiconductor light source is acquired optically; the optically acquired at least one light-emitting region is evaluated, for ascertaining an actual position of the at least one light-emitting region, with respect to at least one reference region (26, 28) of the optical system; a desired position of the at least one light-emitting region is predetermined with respect to the at least one reference region (26, 28) of the optical system; the ascertained actual position is compared with the predetermined desired position for ascertaining a positional difference of the at least one light-emitting region of the at least one semiconductor light source relative to the optical system; and a relative motion of the circuit support relative to the optical system is performed in order to lessen the positional difference.
A method for reducing interference to wireless communication devices, comprising: determining that a base station is deployed with a first coverage area that overlaps a second coverage area of a femto access point, wherein the base station uses a first carrier for wireless communications, wherein the femto access point uses a second carrier for wireless communications, wherein the first carrier and the second carrier are adjacent, and wherein transmissions by the femto access point interfere with transmissions by the base station; estimating an amount of downlink interference experienced by wireless communication devices communicating with the base station; wherein estimating the amount of downlink interference is performed using a current transmit power of the femto access point, the second carrier used by the femto access point, the first carrier used by the base station and an adjacent channel interference ratio, ACIR; and adjusting a transmit power of the femto access point for minimizing the amount of downlink interference experienced by the wireless communication devices. determining that a base station is deployed with a first coverage area that overlaps a second coverage area of a femto access point, wherein the base station uses a first carrier for wireless communications, wherein the femto access point uses a second carrier for wireless communications, wherein the first carrier and the second carrier are adjacent, and wherein transmissions by the femto access point interfere with transmissions by the base station; estimating an amount of downlink interference experienced by wireless communication devices communicating with the base station; wherein estimating the amount of downlink interference is performed using a current transmit power of the femto access point, the second carrier used by the femto access point, the first carrier used by the base station and an adjacent channel interference ratio, ACIR; and adjusting a transmit power of the femto access point for minimizing the amount of downlink interference experienced by the wireless communication devices.
Alarm handling system in plant process automation with a data processing device comprising • at least one interface, configured to access and/or to process one or more process signals and determining corresponding process variables, • an alarm configuration device, configured to access and/or to provide alarm configuration information comprising at least one setpoint for one or more determined process variables, • a prediction device configured to determine and process a current rate of change of at least one of the determined process variables, and further configured: - to predict the period until the at least one of the determined process variables will reach or cross the respective setpoint; - and/or to predict at which date and/or time the at least one of the determined process variables will reach or cross the respective setpoint; wherein the prediction device is further configured to determine a change of said current rate of change and to execute the prediction on an event triggered basis, when a change of said current rate of change is detected; wherein the prediction is based on a simple linear extrapolation with the current rate of change. • at least one interface, configured to access and/or to process one or more process signals and determining corresponding process variables, • an alarm configuration device, configured to access and/or to provide alarm configuration information comprising at least one setpoint for one or more determined process variables, • a prediction device configured to determine and process a current rate of change of at least one of the determined process variables, and further configured: - to predict the period until the at least one of the determined process variables will reach or cross the respective setpoint; - and/or to predict at which date and/or time the at least one of the determined process variables will reach or cross the respective setpoint; wherein the prediction device is further configured to determine a change of said current rate of change and to execute the prediction on an event triggered basis, when a change of said current rate of change is detected; wherein the prediction is based on a simple linear extrapolation with the current rate of change. - to predict the period until the at least one of the determined process variables will reach or cross the respective setpoint; - and/or to predict at which date and/or time the at least one of the determined process variables will reach or cross the respective setpoint; wherein the prediction device is further configured to determine a change of said current rate of change and to execute the prediction on an event triggered basis, when a change of said current rate of change is detected; wherein the prediction is based on a simple linear extrapolation with the current rate of change. wherein the prediction device is further configured to determine a change of said current rate of change and to execute the prediction on an event triggered basis, when a change of said current rate of change is detected; wherein the prediction is based on a simple linear extrapolation with the current rate of change.
A baby carriage, comprising a folding frame, a seat disposed on the frame, a front wheel assembly, a rear wheel assembly and a locking mechanism for locking the frame when the frame is in an unfolded state, wherein: the frame comprises a push rod bracket and a folding base bracket, the push rod bracket comprising a push rod seat rotatably connected with the base bracket by a first shaft, and a push rod only slidably disposed on the push rod seat; and the locking mechanism comprises a bracket locking mechanism for locking the base bracket, a reversing locking mechanism disposed on the push rod bracket and/or base bracket for relatively locking the push rod bracket with the base bracket, and a telescoping locking mechanism disposed on the push rod seat and/or the push rod for relatively locking the push rod with the push rod seat, characterised in that the telescoping locking mechanism can lock the push rod in the first working position and the second working position, when the push rod is in the first working position, the push rod seat is fixedly located at the lower portion of the push rod, when the push rod is in the second working position, the push rod seat is fixedly located at the upper portion of the push rod. the frame comprises a push rod bracket and a folding base bracket, the push rod bracket comprising a push rod seat rotatably connected with the base bracket by a first shaft, and a push rod only slidably disposed on the push rod seat; and the locking mechanism comprises a bracket locking mechanism for locking the base bracket, a reversing locking mechanism disposed on the push rod bracket and/or base bracket for relatively locking the push rod bracket with the base bracket, and a telescoping locking mechanism disposed on the push rod seat and/or the push rod for relatively locking the push rod with the push rod seat, characterised in that the telescoping locking mechanism can lock the push rod in the first working position and the second working position, when the push rod is in the first working position, the push rod seat is fixedly located at the lower portion of the push rod, when the push rod is in the second working position, the push rod seat is fixedly located at the upper portion of the push rod.