mhurhangee/ep-ind-claims huggingface dataset:
Operating device for a user interface, comprising a first two-dimensional areal element and a second elongate element, which are displaceable relative to one another in at least two different directions, wherein the longitudinal extent of the second elongate element is assigned to an ordered overall set, and a control device, by means of which, on the basis of the relative position of the second elongate element with respect to the first areal element, an overlap of the two elements (4, 5) can be detected and at least one control signal with interval values can be generated in a manner dependent on said overlap, wherein the interval values define a subset within the overall set; wherein the interval values of the control signal comprise an interval width that is dependent on the size of the overlap between the first areal element and the second elongate element in a longitudinal direction of the second elongate element; wherein a section on the second elongate element is defined on the basis of the overlap between the first areal element and the second elongate element, and the interval values of the control signal are dependent on the size and position of the section within the second elongate element; wherein the operating device has a display area, by means of which the first areal element and the second elongate element can be displayed, and an input device, by means of which the first areal element and the second elongate element are displaceable relative to one another; wherein the first areal element can be at least partially inserted and/or removed in a manner dependent on the actuation of the input device; wherein the first areal element can be at least partially displayed, if it is actuated by means of the input device.
An artificial nail or tip arrangement comprising: at least one body having a concave lower surface with a shape corresponding to a shape of at least one portion of a natural nail; an adhesive layer having a first surface and an opposing second surface, wherein the first surface adheres to at least one portion of the concave lower surface of the at least one body and the second surface is provided to adhere to the at least one portion of the natural nail when applied thereto; and a removable layer that covers at least one portion of the second surface of the adhesive layer, and which is removable to expose the at least one portion of the second surface of the adhesive layer for application to the at least one portion of the natural nail, characterized in that the removable layer comprises a plurality of slits (401, 501, 502, 503, 411, 421), wherein the slits have a mixed vertical, horizontal and radial orientation so that a surface of the removable layer remains smooth after adherence of the first surface of the adhesive layer with the concave lower surface of the at least one body, wherein the one or more slits are oriented vertically along a length of the at least one body, and wherein the one or more slits are oriented horizontally across a width of the at least one body. at least one body having a concave lower surface with a shape corresponding to a shape of at least one portion of a natural nail; an adhesive layer having a first surface and an opposing second surface, wherein the first surface adheres to at least one portion of the concave lower surface of the at least one body and the second surface is provided to adhere to the at least one portion of the natural nail when applied thereto; and a removable layer that covers at least one portion of the second surface of the adhesive layer, and which is removable to expose the at least one portion of the second surface of the adhesive layer for application to the at least one portion of the natural nail,
Pivoting tube arrangement comprising a pivoting tube for a transfer tube of a two-cylinder thick matter pump, wherein the pivoting tube has an outlet opening which is arranged coaxially with respect to the pivot axis and an inlet opening which is arranged eccentrically with respect to the pivot axis, wherein a cutting ring which is in the form of a wear ring and which is intended to sealingly abut against a circular sealing surface is mounted at the inlet opening so as to be displaceable in an axial direction in such a way that the cutting ring is pushed in the direction of the sealing surface by means of a self-adjusting ring composed of elastic material, which is arranged coaxially with respect to said cutting ring, when internal pressure in the pivoting tube acts on the self-adjusting ring, wherein the self-adjusting ring is part of a first self-adjusting ring arrangement further comprising an insert ring which radially surrounds the self-adjusting ring, wherein the first self-adjusting ring arrangement is exchangeable, characterized in that the arrangement comprises an electively usable second self-adjusting ring arrangement, wherein the outer and inner diameter of the two self-adjusting ring arrangements are identical, but the radial extent of the self-adjusting ring of the second self-adjusting ring arrangement is lower than that in the first self-adjusting ring arrangement.
A wind turbine, comprising: a hub with a plurality or rotor blades configured thereon, said hub connected to a generator rotor via a drive train; a sensor disposed to monitor rotation of said rotor; a brake configured to reduce the rotational speed of said rotor; a brake control system operatively coupled to said brake and said sensor, said brake control system configured to apply a braking torque to said rotor via said brake at a first setpoint rotational speed and to proportionally increase the braking torque as the detected rotational speed of said rotor increases beyond the first detected setpoint rotational speed, up to a second setpoint rotational speed; characterized in that: the first setpoint rotational speed is between rated speed and 103% of rated speed and said second setpoint rotational speed is less than 110% of rated speed. a hub with a plurality or rotor blades configured thereon, said hub connected to a generator rotor via a drive train; a sensor disposed to monitor rotation of said rotor; a brake configured to reduce the rotational speed of said rotor; a brake control system operatively coupled to said brake and said sensor, said brake control system configured to apply a braking torque to said rotor via said brake at a first setpoint rotational speed and to proportionally increase the braking torque as the detected rotational speed of said rotor increases beyond the first detected setpoint rotational speed, up to a second setpoint rotational speed; characterized in that: the first setpoint rotational speed is between rated speed and 103% of rated speed and said second setpoint rotational speed is less than 110% of rated speed.
Non-medical use of patchoulol in food products, cosmetics, disinfectants or daily supplies for the prevention of bacterial growth, wherein patchoulol is the only active ingredient and consists of more than 98% of a compound having a structure as showed, and wherein the bacteria is methicillin-resistant Staphylococcus epidermidis,
A nucleic acid molecule encoding a polypeptide, comprising a nucleotide sequence selected from the list consisting of SEQ ID NO: 1 and SEQ ID NO: 9, or a fragment thereof encoding a functional fragment of a nACh receptor subunit.
A radar apparatus, comprising: a first antenna (ATO...AT2); a second antenna (ATO...AT2); a first switch (SWO...SW2) connected to the first antenna (ATO...AT2); a second switch (SWO... SW2) connected to the second antenna (ATO...AT2); a signal processing unit (26,28,32,34,36) inputted a first signal received by the first antenna (ATO...AT2) and a second signal received by the second antenna (ATO...AT2) via the first switch (SWO...SW2) and the second switch (SWO...SW2) respectively, for obtaining the level of the first signal and the level of the second signal; and a switch malfunction detection unit (26,28,32,34,36) for detecting a malfunction of the first switch or of the second switch on the basis of the level of the first signal and the level of the second signal; characterised in that the level of the first signal and the level of the second signal are each a peak level of a frequency spectrum obtained by performing frequency analysis on the first signal and the second signal. a first antenna (ATO...AT2); a second antenna (ATO...AT2); a first switch (SWO...SW2) connected to the first antenna (ATO...AT2); a second switch (SWO... SW2) connected to the second antenna (ATO...AT2); a signal processing unit (26,28,32,34,36) inputted a first signal received by the first antenna (ATO...AT2) and a second signal received by the second antenna (ATO...AT2) via the first switch (SWO...SW2) and the second switch (SWO...SW2) respectively, for obtaining the level of the first signal and the level of the second signal; and a switch malfunction detection unit (26,28,32,34,36) for detecting a malfunction of the first switch or of the second switch on the basis of the level of the first signal and the level of the second signal; characterised in that the level of the first signal and the level of the second signal are each a peak level of a frequency spectrum obtained by performing frequency analysis on the first signal and the second signal.
A computer implemented method for determining a configuration of a battery pack comprising a plurality of battery modules operationally connected as a string of battery modules, the method, performed by a control unit, comprising: receiving first data from a first battery module (120; BM1), wherein the first data comprises module identifier of the first battery module (120; BM1) associated with second data of a second battery module (120; BM2) adjacent to the first battery module (120; BM1), the second data comprising at least module identifier of the second battery module (120; BM2); and determining the configuration of the battery pack based on the first and second data by detecting an identifier of a frame tag as the second data received from the first battery module and applying a known position of the frame tag in the configuration of the battery pack in the determination. receiving first data from a first battery module (120; BM1), wherein the first data comprises module identifier of the first battery module (120; BM1) associated with second data of a second battery module (120; BM2) adjacent to the first battery module (120; BM1), the second data comprising at least module identifier of the second battery module (120; BM2); and determining the configuration of the battery pack based on the first and second data by detecting an identifier of a frame tag as the second data received from the first battery module and applying a known position of the frame tag in the configuration of the battery pack in the determination.
A display apparatus, comprising: a display panel; a plurality of light sources disposed at a rear side of the display panel in a pattern of rows and columns and spaced apart from one another, and which extend through penetration holes in a reflective sheet, wherein the reflective sheet is configured to reflect light generated from the plurality of light sources toward the display panel; a rear chassis to accommodate the plurality of light sources; and a middle holder configured to be coupled to the rear chassis and configured to support an edge of the reflective sheet, characterized in that: the middle holder comprises: a sheet holder part configured to support the edge of the reflective sheet; a plurality of concave parts; wherein each concave part is provided as a concave recess in an edge of the sheet holder part and provided at a position corresponding to each light source among the plurality of light sources that are positioned at ends of the rows and columns. a display panel; a plurality of light sources disposed at a rear side of the display panel in a pattern of rows and columns and spaced apart from one another, and which extend through penetration holes in a reflective sheet, wherein the reflective sheet is configured to reflect light generated from the plurality of light sources toward the display panel; a rear chassis to accommodate the plurality of light sources; and a middle holder configured to be coupled to the rear chassis and configured to support an edge of the reflective sheet, characterized in that: the middle holder comprises: a sheet holder part configured to support the edge of the reflective sheet; a plurality of concave parts; wherein each concave part is provided as a concave recess in an edge of the sheet holder part and provided at a position corresponding to each light source among the plurality of light sources that are positioned at ends of the rows and columns. the middle holder comprises: a sheet holder part configured to support the edge of the reflective sheet; a plurality of concave parts; wherein each concave part is provided as a concave recess in an edge of the sheet holder part and provided at a position corresponding to each light source among the plurality of light sources that are positioned at ends of the rows and columns. a sheet holder part configured to support the edge of the reflective sheet; a plurality of concave parts; wherein each concave part is provided as a concave recess in an edge of the sheet holder part and provided at a position corresponding to each light source among the plurality of light sources that are positioned at ends of the rows and columns.
A radiotherapy apparatus, comprising a source of radiation able to issue pulses of radiation at a base frequency, and a control apparatus arranged to achieve a time-averaged power level of x, where x is a value between 0 and 1 representing a proportion of a maximum power output of the apparatus, by permitting an n th pulse if n is equal to the rounded value of an integer times 1/x.
A base station system for a wireless communication network, the base station system comprising a voltage standing wave ratio (VSWR) tuning apparatus, the VSWR tuning apparatus comprising: a VSWR conversion unit adapted to convert VSWR characteristics of an antenna; a VSWR detection unit that is adapted to generate a detection signal by detecting a VSWR of the antenna; and a controller that is adapted to control a conversion operation of the VSWR characteristics of the VSWR conversion unit by controlling an operation of a driving unit adapted to drive the VSWR conversion unit according to a control signal when it is determined that the VSWR characteristics are in an abnormal state according to the detection signal generated in the VSWR detection unit; characterized in that the VSWR conversion unit comprises: first and second stubs (S1, S2) that are included in a feeding line connected to a radiation element; and first and second auxiliary lines (242a, 242b) that are connected to the first and second stubs (S1, S2), respectively, in a capacitance coupling scheme, wherein the first and second auxiliary lines (242a, 242b) are configured to be movable by the operation of the driving unit, and wherein the amount of the capacitance coupling between the first and second auxiliary lines (242a, 242b) and the first and second stubs (S1, S2), respectively, changes by the movement of the first and second auxiliary lines (242a, 242b). a VSWR conversion unit adapted to convert VSWR characteristics of an antenna; a VSWR detection unit that is adapted to generate a detection signal by detecting a VSWR of the antenna; and a controller that is adapted to control a conversion operation of the VSWR characteristics of the VSWR conversion unit by controlling an operation of a driving unit adapted to drive the VSWR conversion unit according to a control signal when it is determined that the VSWR characteristics are in an abnormal state according to the detection signal generated in the VSWR detection unit; first and second stubs (S1, S2) that are included in a feeding line connected to a radiation element; and first and second auxiliary lines (242a, 242b) that are connected to the first and second stubs (S1, S2), respectively, in a capacitance coupling scheme, wherein the first and second auxiliary lines (242a, 242b) are configured to be movable by the operation of the driving unit, and wherein the amount of the capacitance coupling between the first and second auxiliary lines (242a, 242b) and the first and second stubs (S1, S2), respectively, changes by the movement of the first and second auxiliary lines (242a, 242b).
A paper sheet processing device comprising: a charging inlet that takes in paper sheets in a conveyance direction, the paper sheets including at least one target sheet (S(a)) and a partition card (S(b)) overlapped on the target sheet (S(a)), the partition card (S(b)) having a main surface portion having at least one identification hole group (62a, 62b, 62c, 62d), the identification hole group (62a, 62b, 62c, 62d) having at least two through holes arranged along the conveyance direction; a detection unit that detects take-in of the paper sheets by the charging inlet, and detects the identification hole group (62a, 62b, 62c, 62d); a control unit that determines a paper sheet take-in of which have been detected by the detection unit is the partition card (S(b)) in a case where the identification hole group (62a, 62b, 62c, 62d) has been detected by the detection unit, characterized by the control unit determining that a paper sheet take-in of which have been detected by the detection unit is the target sheet (S(a)) in a case where the identification hole group (62a, 62b, 62c, 62d) has not been detected by the detection unit. a charging inlet that takes in paper sheets in a conveyance direction, the paper sheets including at least one target sheet (S(a)) and a partition card (S(b)) overlapped on the target sheet (S(a)), the partition card (S(b)) having a main surface portion having at least one identification hole group (62a, 62b, 62c, 62d), the identification hole group (62a, 62b, 62c, 62d) having at least two through holes arranged along the conveyance direction; a detection unit that detects take-in of the paper sheets by the charging inlet, and detects the identification hole group (62a, 62b, 62c, 62d); a control unit that determines a paper sheet take-in of which have been detected by the detection unit is the partition card (S(b)) in a case where the identification hole group (62a, 62b, 62c, 62d) has been detected by the detection unit, characterized by the control unit determining that a paper sheet take-in of which have been detected by the detection unit is the target sheet (S(a)) in a case where the identification hole group (62a, 62b, 62c, 62d) has not been detected by the detection unit.
A medicament injection device comprising: - a housing arranged to receive a medicament container, - a needle cover movable relative to the housing, from a retracted position, in which it engages the housing and enables medicament delivery, to an extended position, - a plunger rod, and - a plunger driver movable relative to the housing from an initial position to a final position, the plunger driver being engaged with the plunger rod in the initial position, and the plunger driver being arranged to actuate the plunger rod, wherein the plunger rod has a first guide arrangement and the housing has a second guide arrangement, the first guide arrangement and the second guide arrangement being arranged to cooperate to guide movement of the plunger rod relative to the housing, characterized in that the first guide arrangement and the second guide arrangement in a first stage provide a linear motion path for the plunger rod, enabling the plunger rod to initially move in the axial direction relative to the housing and in a second stage provide a rotation motion path for the plunger rod, enabling the plunger rod to rotate relative to the housing to release the plunger rod from the plunger driver, whereby the plunger driver attains a released state enabling movement of the plunger driver to its final position, and wherein in the released state the plunger driver can be pushed further into the housing to release the needle cover from the housing and to actuate the needle cover to its extended position. - a housing arranged to receive a medicament container, - a needle cover movable relative to the housing, from a retracted position, in which it engages the housing and enables medicament delivery, to an extended position, - a plunger rod, and - a plunger driver movable relative to the housing from an initial position to a final position, the plunger driver being engaged with the plunger rod in the initial position, and the plunger driver being arranged to actuate the plunger rod, wherein the plunger rod has a first guide arrangement and the housing has a second guide arrangement, the first guide arrangement and the second guide arrangement being arranged to cooperate to guide movement of the plunger rod relative to the housing, characterized in that the first guide arrangement and the second guide arrangement in a first stage provide a linear motion path for the plunger rod, enabling the plunger rod to initially move in the axial direction relative to the housing and in a second stage provide a rotation motion path for the plunger rod, enabling the plunger rod to rotate relative to the housing to release the plunger rod from the plunger driver, whereby the plunger driver attains a released state enabling movement of the plunger driver to its final position, and wherein in the released state the plunger driver can be pushed further into the housing to release the needle cover from the housing and to actuate the needle cover to its extended position.
A leakage compensation circuit for a measurement device which comprises a measurement circuit with a leaking device that is connected to a measurement path and causes a leakage current, the leakage compensation circuit comprising: a replica device of the leaking device, wherein the replica device is connected to a replica path, and wherein the replica device is configured to cause a replica leakage current that is essentially equal to the leakage current of the leaking device; a voltage regulator which is connected to the measurement path and to the replica path, wherein the voltage regulator is configured to regulate the voltage in the replica path based on the voltage of the measurement path; and a current mirror which is connected to the measurement path and to the replica path, wherein the current mirror is configured to mirror the replica leakage current of the replica device into the measurement path. a replica device of the leaking device, wherein the replica device is connected to a replica path, and wherein the replica device is configured to cause a replica leakage current that is essentially equal to the leakage current of the leaking device; wherein the replica device is connected to a replica path, and wherein the replica device is configured to cause a replica leakage current that is essentially equal to the leakage current of the leaking device; a voltage regulator which is connected to the measurement path and to the replica path, wherein the voltage regulator is configured to regulate the voltage in the replica path based on the voltage of the measurement path; and a current mirror which is connected to the measurement path and to the replica path, wherein the current mirror is configured to mirror the replica leakage current of the replica device into the measurement path.