mhurhangee/ep-ind-claims huggingface dataset:
A motor control apparatus, for controlling a motor, the motor control apparatus comprising: a command value generating portion, configured to generate a command value for driving the motor; an output value determining portion, configured to determine whether a driving value for driving the motor generated based on the command value exceeds a threshold driving value capable of being output by the motor control apparatus; a command value correcting portion, configured to correct the command value when the output value determining portion determines as exceeding the threshold driving value; a measured value acquiring portion, configured to acquire a measured value representing a driving state of the motor driven according to the command value or the corrected command value; and an outputting portion, configured to output the corrected command value and the measured value based on the corrected command value to an analysis apparatus for performing a frequency analysis based on a relationship of the command value and the measured value when the output value determining portion determines as exceeding the driving value capable of being output, the motor control apparatus being characterized in that when the output value determining portion determines as exceeding the threshold driving value, the command value correcting portion is configured to adopt an output of a low pass filter as the corrected command value when the command value is input to the low pass filter adopting the frequency of the command value at the moment as a cut-off frequency. a command value generating portion, configured to generate a command value for driving the motor; an output value determining portion, configured to determine whether a driving value for driving the motor generated based on the command value exceeds a threshold driving value capable of being output by the motor control apparatus; a command value correcting portion, configured to correct the command value when the output value determining portion determines as exceeding the threshold driving value; a measured value acquiring portion, configured to acquire a measured value representing a driving state of the motor driven according to the command value or the corrected command value; and an outputting portion, configured to output the corrected command value and the measured value based on the corrected command value to an analysis apparatus for performing a frequency analysis based on a relationship of the command value and the measured value when the output value determining portion determines as exceeding the driving value capable of being output, the motor control apparatus being characterized in that when the output value determining portion determines as exceeding the threshold driving value, the command value correcting portion is configured to adopt an output of a low pass filter as the corrected command value when the command value is input to the low pass filter adopting the frequency of the command value at the moment as a cut-off frequency.
Wheelchair comprising a support frame provided with an axle having a pair of wheels mounted so as to rotate about a first axis of rotation; at least one further wheel being mounted to the frame support so as to rotate about a second axis of rotation; a seat; and a device (17, 41) for coupling the seat with the support frame, the coupling device (17, 41) being configured for selectively adjusting a position of the seat with respect to said support frame; and characterized in that the coupling device (17, 41) comprises a crank mechanism which is interposed between the support frame and the seat and which comprises, in turn, at least one crank rotatably connected to the supporting frame so as to rotate about a third axis of rotation, wherein the coupling device (17, 41) further comprises damping means interposed between the support frame and the crank mechanism for selectively adjusting the position of said crank mechanism, further comprising locking means movable between a position in which the damper means and the crank mechanism are locked in a certain position, and a position in which the damper means and the crank mechanism are released, and wherein the coupling device (17, 41) comprises a swing bar which is mounted so as to rotate about said third axis of rotation, the swing bar having a first arm defining said crank; the damper means being connected to a second arm of said swing bar.
Sowing heart for a single-grain sowing machine with the following features: - a sowing disk that can rotate in a rotational direction R, - the sowing disk has at least two sowing hole series (42, 43), arranged concentrically to the sowing disk, with sowing holes, - a receiving area for receiving seed at the sowing holes and a dispensing area for dispensing the seed, - in front of the dispensing area, a wiping device is provided for singulating the seed at the sowing holes during the operation of the sowing heart, which has a first wiping element for the first sowing hole series and a second wiping element for the second sowing hole series, wherein the wiping elements (11, 12) are coupled and designed to be adjustable with respect to one another, characterized in that - the first wiping element has a first holding plate and a first wiper that is attached on the first holding plate and - the second wiping element has a second holding plate and a second wiper that is attached on the second holding plate, whereby the second holding plate is designed to run through the first holding plate. - a sowing disk that can rotate in a rotational direction R, - the sowing disk has at least two sowing hole series (42, 43), arranged concentrically to the sowing disk, with sowing holes, - a receiving area for receiving seed at the sowing holes and a dispensing area for dispensing the seed, - in front of the dispensing area, a wiping device is provided for singulating the seed at the sowing holes during the operation of the sowing heart, which has a first wiping element for the first sowing hole series and a second wiping element for the second sowing hole series, wherein the wiping elements (11, 12) are coupled and designed to be adjustable with respect to one another, - the first wiping element has a first holding plate and a first wiper that is attached on the first holding plate and - the second wiping element has a second holding plate and a second wiper that is attached on the second holding plate,
Discharger hopper for a tray discharging station for discharging trays filled with rod-shaped articles of the tobacco-processing industry, comprising a receiving chamber for the articles flowing out of the tray, wherein the receiving chamber delimited at least on the sides (13, 14) and the rear side is open upwards in the direction of the trays to be discharged and towards the bottom by a conveyor element which forms a channel for transporting the articles away, as well as at least one displacement body which acts as a flow-control element and which is arranged in the transition region of the articles from the receiving chamber into the channel, wherein each displacement body has a base body and a roof element which is arranged resiliently with respect to the base body and faces the receiving chamber, characterised in that each displacement body is assigned a suspension means which can be controlled by means of compressed-air control valve in such a manner that at least the roof element which faces the receiving chamber can be controlled in a product-dependent manner in terms of its suspension behaviour with respect to the base body.
A method of assessing the balance of a subject including the steps of: providing an apparatus including: a light source in the form of a light emitting diode; a light guide in the form of a single optical fibre which is convoluted in a substantially planar arrangement; and a light detector; the light source is arranged to introduce light into the light guide; and the light detector is arranged to detect light emanating from the light guide; the method further including the steps of: directing the subject to stand on the light guide; and analysing the output of the light detector to thereby make an assessment of the balance of the subject. a light source in the form of a light emitting diode; a light guide in the form of a single optical fibre which is convoluted in a substantially planar arrangement; and a light detector; the light source is arranged to introduce light into the light guide; and the light detector is arranged to detect light emanating from the light guide; the method further including the steps of: directing the subject to stand on the light guide; and analysing the output of the light detector to thereby make an assessment of the balance of the subject. directing the subject to stand on the light guide; and analysing the output of the light detector to thereby make an assessment of the balance of the subject.
A biomass of Tetraselmis chuii ( T. chuii) or a pharmaceutical composition comprising the biomass of T. chuii for use in the treatment of infertility in a male patient.
A bicycle suspension control apparatus comprising: a power supply sensor that detects a power level of a power supply being supplied from the power supply to electrically adjustable front and rear suspensions; and a controller configured to selectively change at least one electrically adjustable suspension parameter of each of the front suspension and rear suspension, the controller receiving a power level signal from the power supply sensor, the controller prohibiting changing the electrically adjustable suspension parameter of the rear suspension upon the power supply sensor detecting the power level of the power supply being below a first prescribed power level, and the controller permitting changing the electrically adjustable suspension parameter of the front suspension upon the power supply sensor detecting the power level of the power supply being below the first prescribed power level. a power supply sensor that detects a power level of a power supply being supplied from the power supply to electrically adjustable front and rear suspensions; and a controller configured to selectively change at least one electrically adjustable suspension parameter of each of the front suspension and rear suspension, the controller receiving a power level signal from the power supply sensor, the controller prohibiting changing the electrically adjustable suspension parameter of the rear suspension upon the power supply sensor detecting the power level of the power supply being below a first prescribed power level, and the controller permitting changing the electrically adjustable suspension parameter of the front suspension upon the power supply sensor detecting the power level of the power supply being below the first prescribed power level.
Motor vehicle having a display device for displaying at least one item of information, wherein the display device has a first partial region which is formed as a window (7, 9) of the motor vehicle which is at least in some regions an interior of the motor vehicle, and a second display partial region which is configured for displaying the item of information, characterised in that the first partial region and the second display partial region are designed in one piece, wherein the first partial region and the second display partial region are angled with respect to one another, and the second display partial region is designed so as to protrude at least in some regions into the interior of the motor vehicle.
A method for forming a tire having an innerliner, the method comprising the steps: forming a coextruded strip (230, 239) of a first compound and a second compound, wherein the first compound is an air impermeable compound; and winding the coextruded strip (230, 239) onto a tire building drum while varying the ratio of the first compound to the second compound to form the innerliner as an inner liner layer of spirally wound coextruded strips (230, 239); wherein the coextruded strip (230, 239) is formed by extruding a first compound through a first extruder and a first gear pump and into a first passageway of a coextrusion nozzle, extruding a second compound through a second extruder and a second gear pump and into a second passageway of the coextrusion nozzle, characterized in that the first and second passageways (122, 124) are joined together immediately upstream of a die outlet of the coextrusion nozzle and in that the coextrusion nozzle has a removable insert which divides the nozzle into the separate first and second passageway (122, 124). forming a coextruded strip (230, 239) of a first compound and a second compound, wherein the first compound is an air impermeable compound; and winding the coextruded strip (230, 239) onto a tire building drum while varying the ratio of the first compound to the second compound to form the innerliner as an inner liner layer of spirally wound coextruded strips (230, 239); wherein the coextruded strip (230, 239) is formed by extruding a first compound through a first extruder and a first gear pump and into a first passageway of a coextrusion nozzle, extruding a second compound through a second extruder and a second gear pump and into a second passageway of the coextrusion nozzle, characterized in that the first and second passageways (122, 124) are joined together immediately upstream of a die outlet of the coextrusion nozzle and in that the coextrusion nozzle has a removable insert which divides the nozzle into the separate first and second passageway (122, 124).
A method to be carried out in a User Equipment UE for use in a Wide Band Code Division Multiple Access, WCDMA, radio system for enabling detection of an error in a message formed by layer 2 from a number of assembled messages generated by at least one User Equipment UE in an idle state and transmitted as a common transmission on an enhanced Dedicated Channel, E-DCH, characterized by the step of: - adding a checksum to a Layer 3 message to enable detection if layer 2 assembles message parts from different UEs into one corrupt message. - adding a checksum to a Layer 3 message to enable detection if layer 2 assembles message parts from different UEs into one corrupt message.
An electronic brake system for a trailer vehicle having a recuperation device and for controlling a service brake, wherein, in the event of a request for a delay by a towing vehicle, the EBS controls the recuperation device and additionally controls the service brake in the trailer vehicle, in particular as a result of the actuation of an additional brake in the towing vehicle, and wherein the control of the recuperation device occurs independently from the braking torque of the service brake, by switching the recuperation device only on or off during control.
A medical pendant arm system, wherein the medical pendant arm system comprises: an anchor plate, wherein the anchor plate is configured to fix to a roof structure in an installation space of the medical pendant arm system; a first rotation shaft, wherein the first rotation shaft comprises a shaft outer ring, a shaft inner ring and a ball bearing; the ball bearing is disposed between the shaft outer ring and the shaft inner ring, wherein the lower portion of the shaft outer ring forms a rectangular flange, the upper portion of the shaft inner ring forms a circular flange, wherein the circular flange of the first rotation shaft is fixed directly to the anchor plate or fixed to the anchor plate by means of an extension column; and a first arm, wherein the first arm, in the vicinity of one end portion thereof, is fixed to the rectangular flange of the first rotation shaft, wherein the medical pendant arm system also comprises a rotation shaft cover provided outside the first rotation shaft and the rotation shaft cover is provided with a circular groove set between an upper rotation shaft cover and a lower rotation shaft cover thereof, wherein the circular groove is configured to receive a circular brake indicator lamp. an anchor plate, wherein the anchor plate is configured to fix to a roof structure in an installation space of the medical pendant arm system; a first rotation shaft, wherein the first rotation shaft comprises a shaft outer ring, a shaft inner ring and a ball bearing; the ball bearing is disposed between the shaft outer ring and the shaft inner ring, wherein the lower portion of the shaft outer ring forms a rectangular flange, the upper portion of the shaft inner ring forms a circular flange, wherein the circular flange of the first rotation shaft is fixed directly to the anchor plate or fixed to the anchor plate by means of an extension column; and a first arm, wherein the first arm, in the vicinity of one end portion thereof, is fixed to the rectangular flange of the first rotation shaft, wherein the medical pendant arm system also comprises a rotation shaft cover provided outside the first rotation shaft and the rotation shaft cover is provided with a circular groove set between an upper rotation shaft cover and a lower rotation shaft cover thereof, wherein the circular groove is configured to receive a circular brake indicator lamp.
An electrical element having variable properties, comprising: a dielectric panel having electrically insulating properties; a bottom dielectric plate (205; 450); a conductive line provided over the dielectric panel; a variable dielectric zone provided at a defined area below the conductive line, the variable dielectric zone comprising a variable dielectric constant material sandwiched between the bottom dielectric plate (205; 450) and the dielectric panel, and having electrodes coupled to a voltage source; wherein the electrical element comprises: a variable filter wherein the conductive line comprises an input line of the variable filter, and wherein the variable filter comprises an output line provided on top of the dielectric panel, having no ohmic contact to the input line, wherein the variable filter further comprises a second variable dielectric zone between the input line and the output line; wherein the second variable dielectric zone is configured to have a changeable potential applied thereto such that a dielectric constant between the input line and the output line is controlled by the second variable dielectric zone. a dielectric panel having electrically insulating properties; a bottom dielectric plate (205; 450); a conductive line provided over the dielectric panel; a variable dielectric zone provided at a defined area below the conductive line, the variable dielectric zone comprising a variable dielectric constant material sandwiched between the bottom dielectric plate (205; 450) and the dielectric panel, and having electrodes coupled to a voltage source; wherein the electrical element comprises: a variable filter wherein the conductive line comprises an input line of the variable filter, and wherein the variable filter comprises an output line provided on top of the dielectric panel, having no ohmic contact to the input line, wherein the variable filter further comprises a second variable dielectric zone between the input line and the output line; wherein the second variable dielectric zone is configured to have a changeable potential applied thereto such that a dielectric constant between the input line and the output line is controlled by the second variable dielectric zone. a variable filter wherein the conductive line comprises an input line of the variable filter, and wherein the variable filter comprises an output line provided on top of the dielectric panel, having no ohmic contact to the input line, wherein the variable filter further comprises a second variable dielectric zone between the input line and the output line; wherein the second variable dielectric zone is configured to have a changeable potential applied thereto such that a dielectric constant between the input line and the output line is controlled by the second variable dielectric zone.
Method for monitoring a non-melting welding electrode, in particular a tungsten electrode, of an automated arc welding apparatus, in particular a TIG welding apparatus, wherein with the aid of at least one camera, images (B i) of the welding electrode are captured and the images (B i) are processed and the state of the welding electrode is concluded therefrom, and the images (B i) of the welding electrode are captured during a welding process carried out with the arc welding apparatus, the images (B i) are reprocessed and the arc of the welding process is extracted, and the shape (F d) of the end of the welding electrode is determined from the reprocessed images (B i ') and compared with a predefined shape (F v) of the end of the welding electrode, characterised in that the images (B i) are reprocessed by capturing at least two images with different exposure times, cutting out and/or weighting partial areas from the at least two images with different exposure times, and combining them to form a composite image and, in the event of a deviation (ΔF) of the determined shape (F d) of the end of the welding electrode from the predefined shape (F v) of the end of the welding electrode, a signal is output.
A method for transmitting data informative of a security situation over a communications network in an image input apparatus, comprising the steps of: inputting image data informative of said security situation in response to a user's image input request; converting the image data to a form communicable over the communications network; transmitting the converted image data to a security system connected to said communications network; transmitting data comprising a right-given command to the security system to allow the security system to control the angle of the image input unit, if predetermined input is received from the user; receiving an image-angle-change command that is inputted by the user or the security system to allow remote control of an angle of an image input unit to be effected; and re-inputting image data corresponding to a changed angle of the image input unit corresponding to the image-angle-change command. inputting image data informative of said security situation in response to a user's image input request; converting the image data to a form communicable over the communications network; transmitting the converted image data to a security system connected to said communications network; transmitting data comprising a right-given command to the security system to allow the security system to control the angle of the image input unit, if predetermined input is received from the user; receiving an image-angle-change command that is inputted by the user or the security system to allow remote control of an angle of an image input unit to be effected; and re-inputting image data corresponding to a changed angle of the image input unit corresponding to the image-angle-change command.