mhurhangee/ep-ind-claims huggingface dataset:
A sample transport device, comprising: a sample provided with a permanent magnet; a transport path through which the sample is to be transported via the permanent magnet; a plurality of coils provided on a surface of the transport path opposite to a surface on which the sample is to be transported; and a drive circuit configured to cause a current to flow through the coils, wherein wherein the drive circuit is configured to: adjust a force applied to the permanent magnet in a vertical direction by a current flowing through a first coil immediately below a position at which the permanent magnet is to be stopped, and adjust a force applied to the permanent magnet in a horizontal direction by a current flowing through a second coil adjacent to the first coil, and adjust a stop position of the permanent magnet by simultaneously applying currents to the first coil and the second coil, characterized in that the drive circuit is configured to adjust the stop position of the permanent magnet by causing a current generating a magnetic flux that repels a polarity of the permanent magnet to flow through the first coil. a sample provided with a permanent magnet; a transport path through which the sample is to be transported via the permanent magnet; a plurality of coils provided on a surface of the transport path opposite to a surface on which the sample is to be transported; and a drive circuit configured to cause a current to flow through the coils, wherein wherein the drive circuit is configured to: adjust a force applied to the permanent magnet in a vertical direction by a current flowing through a first coil immediately below a position at which the permanent magnet is to be stopped, and adjust a force applied to the permanent magnet in a horizontal direction by a current flowing through a second coil adjacent to the first coil, and adjust a stop position of the permanent magnet by simultaneously applying currents to the first coil and the second coil, characterized in that the drive circuit is configured to adjust the stop position of the permanent magnet by causing a current generating a magnetic flux that repels a polarity of the permanent magnet to flow through the first coil. wherein the drive circuit is configured to: adjust a force applied to the permanent magnet in a vertical direction by a current flowing through a first coil immediately below a position at which the permanent magnet is to be stopped, and adjust a force applied to the permanent magnet in a horizontal direction by a current flowing through a second coil adjacent to the first coil, and adjust a stop position of the permanent magnet by simultaneously applying currents to the first coil and the second coil, characterized in that the drive circuit is configured to adjust the stop position of the permanent magnet by causing a current generating a magnetic flux that repels a polarity of the permanent magnet to flow through the first coil.
Method for testing the correct functioning of an electromechanical fill-level monitoring device in a first pressure medium chamber (150; 214) of a pressure medium circuit (120; 122; 210) that is pressure-controllable by means of an electronic control unit (142; 230), in particular a brake circuit of an electronically slip-controllable vehicle brake system, wherein the pressure medium circuit (120; 122; 210) comprises at least one second pressure medium chamber (146, 148; 216), which is separate from the first pressure medium chamber (150; 214), a pressure medium connection that exists between the pressure medium chambers (146, 148, 150; 214, 216) and an electronically actuable pressure medium conveying device (114; 234) arranged in the pressure medium connection between the pressure medium chambers (146, 148, 150; 214, 216), characterized in that actuation of the pressure medium conveying device (114; 234) over a definable period of time results in the pressure medium contained in the first pressure medium chamber (150; 214) being conveyed to the second pressure medium chamber (146, 148; 216), in that the signal characteristic of the fill-level monitoring device is detected and evaluated by the electronic control unit (142; 230) within the defined period of time, and in that the electronic control unit (142; 230) delivers a warning signal if no sudden signal change or no continuous signal change is identifiable in the signal characteristic within the period of time. wherein the pressure medium circuit (120; 122; 210) comprises at least one second pressure medium chamber (146, 148; 216), which is separate from the first pressure medium chamber (150; 214), a pressure medium connection that exists between the pressure medium chambers (146, 148, 150; 214, 216) and an electronically actuable pressure medium conveying device (114; 234) arranged in the pressure medium connection between the pressure medium chambers (146, 148, 150; 214, 216), characterized in that actuation of the pressure medium conveying device (114; 234) over a definable period of time results in the pressure medium contained in the first pressure medium chamber (150; 214) being conveyed to the second pressure medium chamber (146, 148; 216), in that the signal characteristic of the fill-level monitoring device is detected and evaluated by the electronic control unit (142; 230) within the defined period of time, and in that the electronic control unit (142; 230) delivers a warning signal if no sudden signal change or no continuous signal change is identifiable in the signal characteristic within the period of time.
A fuel cell system which is connected to a storage battery and supplies power to a load, the fuel cell system comprising: a power generation unit configured to generate power; an obtaining unit configured to obtain battery information indicating a storage state of the storage battery; and a control unit; wherein said control unit is configured to select one of a first control mode and a second control mode based on the battery information when load power that is demand power of the load changes from a first load power to a second load power, the first control mode being for supplying power from the power generation unit to the load by causing the power generation unit to generate power without causing the storage battery to charge and discharge, characterized in that the second control mode is a mode in which the control unit (i) determines a change rate of generation power having a value smaller than a value of the change rate of generation power in the first control mode by causing the storage battery to supply power to the load or causing the storage battery to charge or discharge in such a manner that the storage battery is charged with at least part of power supplied from the power generation unit, and (ii) causes the power generation unit to generate power with the change rate of generation power determined, the change rate of generation power being a temporal change in the generation power of the power generation unit. a power generation unit configured to generate power; an obtaining unit configured to obtain battery information indicating a storage state of the storage battery; and a control unit;
A PC board clamp for clamping a PC board, comprising: a base member movable between a first position and a second position; a first lift rail operative to lift and engage the PC board and mounted on the base member; a second lift rail operative to engage and lift the PC board and extending generally parallel to the first lift rail; characterized in that the PC board clamp further comprises: a first clamping member movably connected to the first lift rail; and a second clamping member movably connected to the second lift rail; wherein, when the base member is in the first position, the first clamping member is disposed away from the first lift rail and the second clamping member is disposed away from the second lift rail such as to receive the PC board therebetween, and, when the base member is in the second position, the first clamping member is disposed proximate to the first lift rail and the second clamping member is disposed proximate to the second lift rail such that the PC board is clamped by and between the first clamping member and the first lift rail and the second clamping member and the second lift rail. a base member movable between a first position and a second position; a first lift rail operative to lift and engage the PC board and mounted on the base member; a second lift rail operative to engage and lift the PC board and extending generally parallel to the first lift rail; characterized in that the PC board clamp further comprises: a first clamping member movably connected to the first lift rail; and a second clamping member movably connected to the second lift rail; wherein, when the base member is in the first position, the first clamping member is disposed away from the first lift rail and the second clamping member is disposed away from the second lift rail such as to receive the PC board therebetween, and, when the base member is in the second position, the first clamping member is disposed proximate to the first lift rail and the second clamping member is disposed proximate to the second lift rail such that the PC board is clamped by and between the first clamping member and the first lift rail and the second clamping member and the second lift rail. a first clamping member movably connected to the first lift rail; and a second clamping member movably connected to the second lift rail; wherein, when the base member is in the first position, the first clamping member is disposed away from the first lift rail and the second clamping member is disposed away from the second lift rail such as to receive the PC board therebetween, and, when the base member is in the second position, the first clamping member is disposed proximate to the first lift rail and the second clamping member is disposed proximate to the second lift rail such that the PC board is clamped by and between the first clamping member and the first lift rail and the second clamping member and the second lift rail.
A therapeutic composition comprising: a carrier selected from the group consisting of a non-cationic polymeric carrier, a liposome carrier, a dendritic carrier, a nanomaterial carrier, a biostructural carrier, and a micelle carrier; a targeting agent operatively associated with the carrier, wherein the targeting agent comprises a retinoid; and a therapeutic agent operatively associated with the carrier, wherein the therapeutic agent exhibits a therapeutic activity upon delivery to a target organ or tissue, and wherein the therapeutic activity is selected from the group consisting of inhibiting fibrosis within the target organ or tissue and inhibiting the growth of a cancer cell within the target organ or tissue. a carrier selected from the group consisting of a non-cationic polymeric carrier, a liposome carrier, a dendritic carrier, a nanomaterial carrier, a biostructural carrier, and a micelle carrier; a targeting agent operatively associated with the carrier, wherein the targeting agent comprises a retinoid; and a therapeutic agent operatively associated with the carrier, wherein the therapeutic agent exhibits a therapeutic activity upon delivery to a target organ or tissue, and wherein the therapeutic activity is selected from the group consisting of inhibiting fibrosis within the target organ or tissue and inhibiting the growth of a cancer cell within the target organ or tissue.
An automatic extensible telescopic apparatus including: an external tube; an internal tube inserted in the external tube and formed with recesses; a positioning unit including: a ferrule provided on the external tube; two fins formed on the ferrule; an axle rotationally supported on the fins; a toothed wheel supported on the axle and formed with teeth for insertion in the recesses; and a first detent movably supported on the fins for engagement with the toothed wheel; a handle including: two leaves placed between the fins and supported on the axle; and a second detent movably supported on the leaves for engagement with the toothed wheel; characterized in that the automatic extensible telescopic apparatus further comprises an extending unit connected to the axle so that the extending unit can rotate the toothed wheel via the axle, thus extending the internal tube from the external tube. an external tube; an internal tube inserted in the external tube and formed with recesses; a positioning unit including: a ferrule provided on the external tube; two fins formed on the ferrule; an axle rotationally supported on the fins; a toothed wheel supported on the axle and formed with teeth for insertion in the recesses; and a first detent movably supported on the fins for engagement with the toothed wheel; a ferrule provided on the external tube; two fins formed on the ferrule; an axle rotationally supported on the fins; a toothed wheel supported on the axle and formed with teeth for insertion in the recesses; and a first detent movably supported on the fins for engagement with the toothed wheel; a handle including: two leaves placed between the fins and supported on the axle; and a second detent movably supported on the leaves for engagement with the toothed wheel; characterized in that the automatic extensible telescopic apparatus further comprises an extending unit connected to the axle so that the extending unit can rotate the toothed wheel via the axle, thus extending the internal tube from the external tube. two leaves placed between the fins and supported on the axle; and a second detent movably supported on the leaves for engagement with the toothed wheel; characterized in that the automatic extensible telescopic apparatus further comprises an extending unit connected to the axle so that the extending unit can rotate the toothed wheel via the axle, thus extending the internal tube from the external tube.
A method for determining the tap times of a user in response to an auditory stimulus, the method comprising the following steps: - 100) playing back the auditory stimulus, said auditory stimulus corresponding to the reference audio signal (S R), - 200) recording the reference audio signal (S R) and one or more vibro-acoustic events (e va), said vibro-acoustic events (e va) being subsequent to one or more taps by the user on a touchscreen of a touchscreen device in reaction to the reference audio signal (S R), the signal resulting from the recording being referred to as recorded audio signal (S E), - 300) detecting the reference audio signal (S R) in the recorded audio signal (S E), - the recorded audio signal (S E) is recorded by means of a microphone of the touchscreen device, the method being characterized in that: - during the step of detecting 300) the reference audio signal (S R) in the recorded audio signal (S E), the reference audio signal (S R) and the recorded audio signal (S E) are placed on a single common time scale, - it comprises a filtering step 400) in which the recorded signal obtained subsequently to the detecting step 300) is initially filtered, then normalized in such a way as to keep only the frequencies corresponding to the vibro-acoustic events (e va) generated by the actions of the user on the touchscreen, and in that - it comprises a step 500) of detecting vibro-acoustic events (e va) in which instants (t i) associated with the vibro-acoustic events (e va) are identified in the signal obtained at the end of the filtering step 400). - 100) playing back the auditory stimulus, said auditory stimulus corresponding to the reference audio signal (S R), - 200) recording the reference audio signal (S R) and one or more vibro-acoustic events (e va), said vibro-acoustic events (e va) being subsequent to one or more taps by the user on a touchscreen of a touchscreen device in reaction to the reference audio signal (S R), the signal resulting from the recording being referred to as recorded audio signal (S E), - 300) detecting the reference audio signal (S R) in the recorded audio signal (S E), - the recorded audio signal (S E) is recorded by means of a microphone of the touchscreen device, - during the step of detecting 300) the reference audio signal (S R) in the recorded audio signal (S E), the reference audio signal (S R) and the recorded audio signal (S E) are placed on a single common time scale, - it comprises a filtering step 400) in which the recorded signal obtained subsequently to the detecting step 300) is initially filtered, then normalized in such a way as to keep only the frequencies corresponding to the vibro-acoustic events (e va) generated by the actions of the user on the touchscreen, and in that - it comprises a step 500) of detecting vibro-acoustic events (e va) in which instants (t i) associated with the vibro-acoustic events (e va) are identified in the signal obtained at the end of the filtering step 400).
Wide belt grinding machine, for processing, preferably plate-shaped, workpieces, which preferably consist at least in sections of wood, wood material and/or plastic, comprising a control device and at least one light signal display device which displays information on the wide belt grinding machine in such a way that the information displayed by the light signal display device can be perceived by an operator, characterized in that the control device is configured to determine, over the engagement time (t) of at least one tool, the current state of wear of the at least one tool of the wide belt grinding machine based on a summation of determined wear of the tool, wherein the wear of the tool is determined based on detected length dimensions (X, Y) of the machined workpieces, a detected insertion position of the respective workpieces and respective machining parameters, to control the light signal display device in such a way that to the operator, the state of wear of the at least one tool of the wide belt grinding machine and/or an advantageous insertion position of a workpiece to be machined is displayed as the information. a control device and at least one light signal display device which displays information on the wide belt grinding machine in such a way that the information displayed by the light signal display device can be perceived by an operator, characterized in that the control device is configured to determine, over the engagement time (t) of at least one tool, the current state of wear of the at least one tool of the wide belt grinding machine based on a summation of determined wear of the tool, wherein the wear of the tool is determined based on detected length dimensions (X, Y) of the machined workpieces, a detected insertion position of the respective workpieces and respective machining parameters, to control the light signal display device in such a way that to the operator, the state of wear of the at least one tool of the wide belt grinding machine and/or an advantageous insertion position of a workpiece to be machined is displayed as the information.
A deicer boot comprising: an aircraft structure; an inner elastomer layer; an outer layer comprising: a non-woven fiber fabric sheet that includes a plurality of elastomer fibers; and a carbon allotrope material within the plurality of elastomer fibers, wherein the carbon allotrope material of at least one elastomer fiber belonging to the plurality of elastomer fibers is aligned with the at least one elastomer fiber; and a carcass layer having inflation tubes between the aircraft structure and the dinner layer, such that the inner layer is between the carcass layer and the outer layer, and a bond layer adjacent the carcass layer and configured to attach the carcass layer to the aircraft structure. an aircraft structure; an inner elastomer layer; an outer layer comprising: a non-woven fiber fabric sheet that includes a plurality of elastomer fibers; and a carbon allotrope material within the plurality of elastomer fibers, wherein the carbon allotrope material of at least one elastomer fiber belonging to the plurality of elastomer fibers is aligned with the at least one elastomer fiber; and a non-woven fiber fabric sheet that includes a plurality of elastomer fibers; and a carbon allotrope material within the plurality of elastomer fibers, wherein the carbon allotrope material of at least one elastomer fiber belonging to the plurality of elastomer fibers is aligned with the at least one elastomer fiber; and a carcass layer having inflation tubes between the aircraft structure and the dinner layer, such that the inner layer is between the carcass layer and the outer layer, and a bond layer adjacent the carcass layer and configured to attach the carcass layer to the aircraft structure.
Method for providing a graphical user interface for a vehicle, in which in a first operating mode of a display device, graphic objects (7A-7F) are displayed fully visibly on a display surface, wherein the graphic objects (7A-7F) are subdivided into a first set (13.1) of graphic objects (7A-7C) and a second set (13.2) of graphic objects (7D-7F), in a second operating mode of the display device, the display surface is reduced in size, wherein the display surface is subdivided into a visible part (12.1) and a non-visible part (12.2) so that, after a transition from the first operating mode to the second operating mode, the graphic objects (7A-7C) of the first set (13.1) are fully displayed on the visible part (12.1) of the display surface and the graphic objects (7D-7F) of the second set (13.2) are at least partially not displayed on the visible part (12.1) of the display surface, and in the second operating mode, an operating action of a user is detected, characterized in that if the operating action was detected, the graphic objects (7D-7F) of the second set (13.2) are arranged on the display surface in such a way that at least one of the graphic objects (7D-7F) of the second set (13.2) is fully displayed on the visible part (12.1) of the display surface.