mhurhangee/ep-ind-claims huggingface dataset:
Control device for a vehicle suspension system, having a suspension device which is mounted between a load-bearing vehicle structure and a vehicle part which is moveable with respect to the latter, and having a locking device for blocking a spring retraction and/or spring extension movement, occurring at the suspension device, in accordance with a blocking command which is transferred to a monitoring unit, characterized in that when the blocking command is set, the monitoring unit determines a load variable which is characteristic of an instantaneous load of the suspension device stores it as the associated value in a memory unit wherein when the blocking command is reset, the monitoring unit again determines a value for the load variable, in order to cancel blocking of the suspension device in accordance with the result of a comparison with the value stored in the memory device.
An oral care device configured to assess a health parameter of gingival tissue of a user, the oral care device comprising: a force-generating module configured to apply a momentary force to the gingival tissue by applying a burst of compressed air or a burst of liquid to the gingival tissue; a sensor configured to obtain a plurality of optical signals from the gingival tissue over time after the momentary force has been applied; a controller configured to quantify, based at least in part on an analysis of the plurality of optical signals, a health parameter of the gingival tissue, wherein the health parameter is based at least in part on an amount of time the gingival tissue takes to recover to the application of force; and a feedback module configured to provide information to the user regarding the quantified health parameter. a force-generating module configured to apply a momentary force to the gingival tissue by applying a burst of compressed air or a burst of liquid to the gingival tissue; a sensor configured to obtain a plurality of optical signals from the gingival tissue over time after the momentary force has been applied; a controller configured to quantify, based at least in part on an analysis of the plurality of optical signals, a health parameter of the gingival tissue, wherein the health parameter is based at least in part on an amount of time the gingival tissue takes to recover to the application of force; and a feedback module configured to provide information to the user regarding the quantified health parameter.
A lifting device for a concrete element comprising an elongate member with a flared lower end and an upper end configured for an attachment means; a sleeve configured to slidably receive the upper end of the elongate member; and one or more wedges pivotably attached to a lower end of the sleeve, the one or more wedges each comprising an upper surface and an opposing lower surface; whereby the lifting device has an insertion configuration whereby the sleeve is raised and the one or more wedges rest at least partially within a recess provided along the elongate member to thereby permit insertion of the elongate member into a bore formed in the concrete element, and wherein the lifting device has a lifting configuration whereby the sleeve is fully descended and the upper surface of the one or more wedges is moved into engagement with a flared end wall of a frustoconical end portion of the bore and the lower surface of the one or more wedges is engaged with the flared lower end of the elongate member and the one or more wedges are displaced outwardly by the flared lower end. characterized in that an upper end of the sleeve is configured to prevent use or access of the attachment means when the wedges rest at least partially within the recess.
A brazing sheet material comprising of a core alloy layer bonded on at least one side with an aluminium brazing clad layer or layers forming a filler material of a 4000-series aluminium alloy, wherein the core layer is made from an aluminium alloy comprising of, in wt.%: Mg 1.0 to 3.0 Mn 0 to 1.8 Cu 0 to 0.1 Si 0 to 0.7 Fe 0 to 0.7, optionally one or more elements selected from the group consisting of: (Zr 0.04 to 0.4, Cr 0.04 to 0.4, Hf 0.04 to 0.4, Ti 0.01 to 0.3), Zn 0 to 0.5, unavoidable impurities and balance aluminium, and wherein the filler material comprises of, in wt.%: Si 6 to 14, preferably 9 to 12, Mg 0.02 to 0.5 Bi 0.05 to 0.5 Fe 0 to 0.8 Zn 0 to 0.4 Mn 0 to 0.3 Cu 0 to 0.3 Ti 0 to 0.2, unavoidable impurities and balance aluminium, wherein the filler material has an excess Mg-content of 0.07% or less with respect to stoichiometric composition of Bi 2 Mg 3.
An amplifier device comprising: a first amplifier, the first amplifier including a first amplifier input and a first amplifier output; a second amplifier, the second amplifier including a second amplifier input and a second amplifier output; a first input phase shifter of specific characteristic impedance coupled between the first amplifier input and the second amplifier input; a first output phase shifter of specific characteristic impedance coupled between the first amplifier output and the second amplifier output; and an input termination circuit (110, 200) coupled to the second amplifier input, the input termination circuit (110, 200) configured to reflect a frequency dependent portion of an input signal back toward the first amplifier input, characterized in that the input termination circuit (110, 200) comprises a non-linear impedance component, which is implemented with a transistor configured to operate in a non-linear voltage-current region, wherein a gate of the transistor is configured to receive a control signal such that a non-linear impedance is presented by the input termination circuit (110, 200). a first amplifier, the first amplifier including a first amplifier input and a first amplifier output; a second amplifier, the second amplifier including a second amplifier input and a second amplifier output; a first input phase shifter of specific characteristic impedance coupled between the first amplifier input and the second amplifier input; a first output phase shifter of specific characteristic impedance coupled between the first amplifier output and the second amplifier output; and an input termination circuit (110, 200) coupled to the second amplifier input, the input termination circuit (110, 200) configured to reflect a frequency dependent portion of an input signal back toward the first amplifier input, characterized in that the input termination circuit (110, 200) comprises a non-linear impedance component, which is implemented with a transistor configured to operate in a non-linear voltage-current region, wherein a gate of the transistor is configured to receive a control signal such that a non-linear impedance is presented by the input termination circuit (110, 200).
A computer-implemented method that receives as input a set of ATC situations each defined by a sector and a time period, and each associated with a set of input parameters comprising, for the sector and the time period: - the paths of aircrafts having crossed the sector; - meteorological information; said method comprising, for each ATC situation: - a step of forming a vector of input parameters comprising parameters of the set associated with the ATC situation; - a step of executing an analytical function for computing an ATC-complexity index of the situation, on the basis of the input parameters; said method comprising a step of training a supervised machine-learning engine that has as input, for each situation respectively, associations between its vector of input parameters and its ATC-complexity index. - the paths of aircrafts having crossed the sector; - meteorological information; said method comprising, for each ATC situation: - a step of forming a vector of input parameters comprising parameters of the set associated with the ATC situation; - a step of executing an analytical function for computing an ATC-complexity index of the situation, on the basis of the input parameters; - a step of forming a vector of input parameters comprising parameters of the set associated with the ATC situation; - a step of executing an analytical function for computing an ATC-complexity index of the situation, on the basis of the input parameters; said method comprising a step of training a supervised machine-learning engine that has as input, for each situation respectively, associations between its vector of input parameters and its ATC-complexity index.
A cell selection method of a terminal in a heterogeneous network, the method comprising: receiving, from a base station, information on a measurement restriction pattern of the base station; identifying restricted subframes and non-restricted subframes associated with a measurement based on the information on the measurement restriction pattern; measuring cell signals based on the identified restricted sub frames and the non-restricted subframes in an idle mode; identifying whether a difference between a measurement result in the restricted subframes and a measurement result in the non-restricted subframes is greater than a threshold value; and selecting a cell based on the measurement result in the restricted subframes in the idle mode in case that the difference is greater than the threshold value. receiving, from a base station, information on a measurement restriction pattern of the base station; identifying restricted subframes and non-restricted subframes associated with a measurement based on the information on the measurement restriction pattern; measuring cell signals based on the identified restricted sub frames and the non-restricted subframes in an idle mode; identifying whether a difference between a measurement result in the restricted subframes and a measurement result in the non-restricted subframes is greater than a threshold value; and selecting a cell based on the measurement result in the restricted subframes in the idle mode in case that the difference is greater than the threshold value.
A thrombin gamma loop interacting molecule or salt thereof capable of stabilizing the activity of thrombin in a liquid thrombin formulation, wherein the thrombin gamma loop interacting molecule is an isolated interacting thrombin peptide of 15 to 75 consecutive amino acids, wherein the isolated interacting thrombin peptide is linear or cyclic and wherein the isolated interacting thrombin peptide comprises an amino acid sequence set forth in any one of SEQ ID NOS:7, 9, 10 or 11.
Lighting device (1; 18; 22; 24; 27) having - at least one lighting means, - a power supply unit for the at least one lighting means and - a cooling element for cooling the at least one lighting means, the at least one lighting means being fixed to the cooling element and being separated from the power supply unit by the cooling element, and the cooling element having a lead-through for at least one connecting lead between the power supply unit and the at least one lighting means, the power supply unit having an electrically insulating covering cap (19; 23; 25; 29), which separates the power supply unit from the cooling element, characterized in that the electrically insulating covering cap (19; 23; 25; 29) has at least one channel which extends through the lead-through of the cooling element. - at least one lighting means, - a power supply unit for the at least one lighting means and - a cooling element for cooling the at least one lighting means,
A system for detection guided therapy of a target area, comprising: a treatment device guide defining a plurality of guide holes, each guide hole configured to receive a treatment device to guide the treatment device to the target area; an extension adjustably coupled to the treatment device guide and configured for adjustably positioning the treatment device guide relative to the target area, the extension configured to adjustably position an angle between the treatment device guide and the extension; characterised by a first fiducial marker (306, 310) attached to the treatment device guide and configured to aid in positioning of the treatment device guide relative to the target area; and a second fiducial marker attached to the extension. a treatment device guide defining a plurality of guide holes, each guide hole configured to receive a treatment device to guide the treatment device to the target area; an extension adjustably coupled to the treatment device guide and configured for adjustably positioning the treatment device guide relative to the target area, the extension configured to adjustably position an angle between the treatment device guide and the extension; characterised by a first fiducial marker (306, 310) attached to the treatment device guide and configured to aid in positioning of the treatment device guide relative to the target area; and a second fiducial marker attached to the extension.
A window wash nozzle for a vehicle, comprising a housing in which a nozzle element which is connectable to a liquid supply is mounted so as to be pivotable about a pivot axis, and comprising an adjustment element, the actuation of which brings about pivoting of the nozzle element, characterized in that a sliding piece is mounted in an axially displaceable manner in the housing and interacts with the adjustment element in such a manner that actuation of the adjustment element brings about an axial displacement of the sliding piece, and in that a guiding cam is formed on the sliding piece and interacts with a transmission element in such a manner that the transmission element is adjusted in a direction transversely with respect to the direction of movement of the sliding piece during axial displacement of the sliding piece, wherein the transmission element acts on the nozzle element excentrically with respect to the pivot axis of the nozzle element such that an adjustment of the transmission element brings about pivoting of the nozzle element about the pivot axis.
A system (18, 210, 310) for drying a tissue or hygiene web (W, 112, 212, 212, 312), comprising: a permeable structured fabric (4, 114, 214, 314) for making a three dimensional surface structured web, carrying the web over a drying apparatus (9, SB, 118, 218, 318) comprising a vacuum roll (9, 118, 218, 318); a permeable dewatering fabric (7, 20, 120, 220, 320) contacting the web (W, 112, 212, 212, 312) and being guided over the drying apparatus (9, SB, 118, 218, 318); and a mechanism for applying pressure to the permeable structured fabric (4, 114, 214, 314), the web (W, 112, 212, 212, 312), and the permeable dewatering fabric (7, 20, 120, 220, 320) at the drying apparatus (9, SB, 118, 218, 318), wherein mechanical pressure is applied by the mechanism for applying pressure, wherein the mechanism comprises a belt press comprising a permeable belt (32, 134, 234, 334)) as pressing element and wherein the system (18, 210, 310) is structured and arranged to cause an air flow first through the permeable structured fabric (4, 114, 214, 314), then through the web (W, 112, 212, 212, 312), then through the permeable dewatering fabric (7, 20, 120, 220, 320) and into the drying apparatus (9, SB, 118, 218, 318) and allowing a simultaneous vacuum and pressing dewatering with airflow through the web at the press nip itself. a permeable structured fabric (4, 114, 214, 314) for making a three dimensional surface structured web, carrying the web over a drying apparatus (9, SB, 118, 218, 318) comprising a vacuum roll (9, 118, 218, 318); a permeable dewatering fabric (7, 20, 120, 220, 320) contacting the web (W, 112, 212, 212, 312) and being guided over the drying apparatus (9, SB, 118, 218, 318); and a mechanism for applying pressure to the permeable structured fabric (4, 114, 214, 314), the web (W, 112, 212, 212, 312), and the permeable dewatering fabric (7, 20, 120, 220, 320) at the drying apparatus (9, SB, 118, 218, 318), wherein mechanical pressure is applied by the mechanism for applying pressure, wherein the mechanism comprises a belt press comprising a permeable belt (32, 134, 234, 334)) as pressing element and wherein the system (18, 210, 310) is structured and arranged to cause an air flow first through the permeable structured fabric (4, 114, 214, 314), then through the web (W, 112, 212, 212, 312), then through the permeable dewatering fabric (7, 20, 120, 220, 320) and into the drying apparatus (9, SB, 118, 218, 318) and allowing a simultaneous vacuum and pressing dewatering with airflow through the web at the press nip itself.
A friction component in the form of a synchronization ring, a brake disc, a brake shoe or a clutch disc, with a metallic component body, which exhibits a functional surface to establish a frictional engagement with another friction component, wherein the functional surface is at least partially provided with a friction lining, which encompasses a binder matrix comprised of a synthetic resin and friction particles, wherein the binder matrix forms a layer exhibiting a first and an opposing second surface, with a predeterminable layer thickness selected from a range with a lower limit of 1 μm and an upper limit of 150 μm, and a percentage of the friction particles selected from a range with a lower limit of 20 % and an upper limit of 100 % relative to the total percentage of friction particles exhibits a diameter greater than the layer thickness of the binder matrix, characterized in that the friction particles protrude over the first and second surface.
Sensor head for a gas measuring device comprising a housing enclosing an interior volume, a sensor device provided on the housing and being in gas flow communication with the interior volume, and a gas permeable membrane provided at the housing and arranged such that gas flowing to the sensor device is flowing through the membrane, a membrane opening provided in the housing, which membrane opening establishes a gas flow communication between the interior volume and the ambient atmosphere surrounding the sensor head, wherein the gas permeable membrane is arranged in front of the membrane opening in such a manner that the membrane completely covers the membrane opening, characterized in that the sensor head comprises a gas feed line provided in the housing for feeding gas into the interior volume, the interior volume has the shape of a disk, preferably of a circular disk, oriented parallel to the plane of the cross-sectional area of the sensor opening through which flow passes, the sensor opening and the membrane opening are arranged opposite to each other in the housing and are in gas flow communication via the interior volume which is formed as a disk which is oriented perpendicular to the surface normal on the cross-sectional area of the sensor opening through which flow passes, the housing comprises an annular channel arranged about the interior volume and concentrically with respect to the central surface normal on the cross-sectional surface of the sensor opening through which flow passes, the annular channel is in gas flow communication with the interior volume, and the annular channel is in gas flow communication with the gas feed line, and the annular channel is connected to the interior volume by a plurality of connecting channels extending radially with respect to the central surface normal of the cross-sectional surface of the sensor opening through which flow passes.
An anti-roll bar for a vehicle, the anti-roll bar comprising a first bar portion for connection to a left-side wheel suspension of the vehicle and a second bar portion for connection to a right-side wheel suspension of the vehicle, and an actuator unit connecting the first bar portion and the second bar portion to each other for transferring torque between the first bar portion and the second bar portion, wherein the actuator unit has a first selectable mode providing a first predetermined torque ratio between the first bar portion and the second bar portion, and a second selectable mode providing a second predetermined torque ratio between the first bar portion and the second bar portion, the first predetermined torque ratio and the second predetermined torque ratio being different from each other, the actuator unit being controllable by a control unit of the vehicle for activating the first selectable mode and the second selectable mode, wherein the actuator unit provides a first lever arm for the first bar portion and a second lever arm for the second bar portion, the first lever arm and the second lever arm being connected for transferring torque between the first bar portion and the second bar portion, characterized in that the ratio between the length of the first lever arm and the length of the second lever arm being adjustable for achieving the first selectable mode and the second selectable mode.
A sensor for measuring skin conductance, comprising: an amplifier for converting the skin conductance into an analog output voltage; an analog to digital converter for converting the analog output voltage to a digital output signal; and a digital processor for extracting the phasic skin response and increases in the tonic skin response from the digital output signal, wherein the amplifier has a logarithmic gain for generating an output signal which is a logarithm of the skin conductance, thereby with a decreasing gain for increasing skin conductance values, wherein the digital processor is adapted to identify the phasic response as a period of monotonic rise of the skin conductance with a rise time between a certain minimum and a certain maximum value, and wherein the digital processor is adapted to identify increases in the tonic skin response as a rise of the skin conductance with a rise time longer than the said certain maximumn value and when no phasic response has been identified. an amplifier for converting the skin conductance into an analog output voltage; an analog to digital converter for converting the analog output voltage to a digital output signal; and a digital processor for extracting the phasic skin response and increases in the tonic skin response from the digital output signal, wherein the amplifier has a logarithmic gain for generating an output signal which is a logarithm of the skin conductance, thereby with a decreasing gain for increasing skin conductance values, wherein the digital processor is adapted to identify the phasic response as a period of monotonic rise of the skin conductance with a rise time between a certain minimum and a certain maximum value, and wherein the digital processor is adapted to identify increases in the tonic skin response as a rise of the skin conductance with a rise time longer than the said certain maximumn value and when no phasic response has been identified.
A method at a computing device for identification post compilation manipulation of a binary image, the method comprising: assessing the binary image for at least one junk instruction set wherein the at least one junk instruction set is from a library of junk instruction sets, the library being updated by: simulating a code section from at least one binary image; in response to finding that a stack state has not changed from a beginning of the simulating to an end of the simulating, adding the code section as a junk instruction within the library; determining that the at least one junk instruction set is found within the binary image; and flagging the binary image as being manipulated based on the determining. assessing the binary image for at least one junk instruction set wherein the at least one junk instruction set is from a library of junk instruction sets, the library being updated by: simulating a code section from at least one binary image; in response to finding that a stack state has not changed from a beginning of the simulating to an end of the simulating, adding the code section as a junk instruction within the library; simulating a code section from at least one binary image; in response to finding that a stack state has not changed from a beginning of the simulating to an end of the simulating, adding the code section as a junk instruction within the library; determining that the at least one junk instruction set is found within the binary image; and flagging the binary image as being manipulated based on the determining.