mhurhangee/ep-ind-claims huggingface dataset:
Actuator extending along an axis, configured to be connected to a body of a motor vehicle and to an opening panel, the actuator comprising co-axially: - a guiding pipe, - a spring cover tube, - a co-axially mounted housing tube surrounding the spring cover tube, - a helical spring radially located between said guiding pipe and said spring cover tube, the actuator being movably mounted between a closed position in which the helical spring is compressed, and an open position in which the helical spring is at least partially relaxed, characterized in that said helical spring comprises at least a first right hand wound section and a second left hand wound section, the actuator further comprises a drive unit to drive a push rod longitudinally along the axis, whereby the push rod is configurable to push the opening panel between a closed position and an open position, whereby a first damper is located between the drive unit and the housing tube and a second damper is located on the side opposite to the first damper and connected to the drive unit. - a guiding pipe, - a spring cover tube, - a co-axially mounted housing tube surrounding the spring cover tube, - a helical spring radially located between said guiding pipe and said spring cover tube,
A process for straightening or relaxing hair, comprising the following steps: (a) providing a hair straightening or relaxing composition having a pH ranging from 8 to 11.5, and containing, in a cosmetically acceptable medium, at least one weak acid chosen from dicarboxylic acids, their salts, and mixtures thereof; and at least one denaturant capable of disrupting hydrogen bonds in the hair, in an amount of from 0.1% to 25% by weight, based on the total weight of the composition, chosen from guanidine carbonate; halide, sulfate, or phosphate derivatives of guanidine; urea; alkyl or cyclic derivatives of urea; and mixtures thereof, (b) contacting the hair with the hair straightening or relaxing composition to form treated hair; and (c) straightening or relaxing the treated hair by applying heat, wherein hydroxide-containing compounds are not used. (a) providing a hair straightening or relaxing composition having a pH ranging from 8 to 11.5, and containing, in a cosmetically acceptable medium, at least one weak acid chosen from dicarboxylic acids, their salts, and mixtures thereof; and at least one denaturant capable of disrupting hydrogen bonds in the hair, in an amount of from 0.1% to 25% by weight, based on the total weight of the composition, chosen from guanidine carbonate; halide, sulfate, or phosphate derivatives of guanidine; urea; alkyl or cyclic derivatives of urea; and mixtures thereof, (b) contacting the hair with the hair straightening or relaxing composition to form treated hair; and (c) straightening or relaxing the treated hair by applying heat, wherein hydroxide-containing compounds are not used.
Method for ascertaining and/or managing a parking space map, describing occupancy states of parking spaces for a motor vehicle (2, 2') in a parking space area, in a motor-vehicle-external server apparatus, wherein a position sequence, covering a predetermined operating section, of geodetic positions and/or positions relatable to geodetic positions that are visited by the motor vehicle (2, 2'), which position sequence is transmitted to the server apparatus when a parking criterion indicating parking of the respective motor vehicle (2, 2') occurs, is recorded inside motor vehicles (2, 2') of a vehicle fleet communicating with the server apparatus, with the server apparatus checking, on receipt of a position sequence, whether the position sequence describes a parking trajectory for a parking space (3, 3') that is managed or to be managed, and marking the parking space (3, 3') described by the final position in the position sequence as occupied when a parking trajectory is detected.
A non-transitory machine-readable medium including instructions that, when executed by a machine, cause the machine to perform operations comprising: monitoring access operations from an application to a memory; monitoring responses from the memory to the access operations; generating and recording execution traces based on the monitored access operations and responses, the execution traces including data identifying an instruction to be performed and a corresponding memory location to access in performing the operation; identifying and recording, using a corresponding execution trace, whether the instruction corresponds to an input or an output to the application based on the generated execution traces including recording that an instruction corresponds to an output in response to determining a memory address of the instruction is overwritten by the application and recording that an instruction corresponds to an input in response to determining a memory address of the instruction is changed by an external actor, not the application, and is subsequently accessed by the application; and determining vulnerabilities of the application based on the recorded execution traces and identification of the instruction corresponding to an input or an output. monitoring access operations from an application to a memory; monitoring responses from the memory to the access operations; generating and recording execution traces based on the monitored access operations and responses, the execution traces including data identifying an instruction to be performed and a corresponding memory location to access in performing the operation; identifying and recording, using a corresponding execution trace, whether the instruction corresponds to an input or an output to the application based on the generated execution traces including recording that an instruction corresponds to an output in response to determining a memory address of the instruction is overwritten by the application and recording that an instruction corresponds to an input in response to determining a memory address of the instruction is changed by an external actor, not the application, and is subsequently accessed by the application; and determining vulnerabilities of the application based on the recorded execution traces and identification of the instruction corresponding to an input or an output.
A method of bonding silicone thermal insulation material to a substrate useable subsea, the method comprising: applying a silicone tie coat to the substrate to a thickness of at least 20 μm, the silicone tie coat being the reaction product of a mixture comprising polydiorganosiloxane polymer and an organohydrogensiloxane crosslinker, the reaction being catalyzed by a metallic catalyst, the method further comprising bonding silicone thermal insulation material to the silicone tie coat. applying a silicone tie coat to the substrate to a thickness of at least 20 μm, the silicone tie coat being the reaction product of a mixture comprising polydiorganosiloxane polymer and an organohydrogensiloxane crosslinker, the reaction being catalyzed by a metallic catalyst, the method further comprising bonding silicone thermal insulation material to the silicone tie coat.
An apparatus for iteratively analyzing operation of a generator, the apparatus comprising: a template module; a template comparator, whereby the template module is configured to generate a plurality of waveform templates; the template comparator is configured to perform a first comparison of a first set of the plurality of waveform templates to a generator waveform, select one of the first set of waveform templates based on the first comparison, perform a second comparison of a second set of waveform templates to a result of the discrete analysis of the generator waveform, and select one of the second set of waveform templates based on the second comparison; and a generator command module is configured to identify a characteristic value for the generator waveform based on the selected one of the second set of waveform templates and calculate a generator parameter based on a characteristic value from the selected one of the second set of waveform templates. a template module; a template comparator, whereby the template module is configured to generate a plurality of waveform templates; the template comparator is configured to perform a first comparison of a first set of the plurality of waveform templates to a generator waveform, select one of the first set of waveform templates based on the first comparison, perform a second comparison of a second set of waveform templates to a result of the discrete analysis of the generator waveform, and select one of the second set of waveform templates based on the second comparison; and a generator command module is configured to identify a characteristic value for the generator waveform based on the selected one of the second set of waveform templates and calculate a generator parameter based on a characteristic value from the selected one of the second set of waveform templates.
Atri-band antenna comprising: a first radiating arm adapted for generating a first resonance in a first frequency band, the first radiating arm further adapted for connection to an antenna tuning circuit; the first radiating arm comprising a U-shaped capacitive coupling structure; a coupling arm extending between long arms of said U-shaped capacitive coupling structure, the coupling arm separated by a gap from said first radiating arm such that the coupling arm is capacitively coupled to said first radiating arm; a second radiating arm adapted for generating a second resonance in a second frequency band lower than the first frequency band, the second radiating arm connected to the coupling arm such that the second radiating arm is capacitively coupled to the first radiating arm; and a third radiating arm adapted for generating a third resonance in a third frequency band lower than the second frequency band, the third radiating arm connected to the coupling arm such that the third radiating arm is capacitively coupled to the first radiating arm. a first radiating arm adapted for generating a first resonance in a first frequency band, the first radiating arm further adapted for connection to an antenna tuning circuit; the first radiating arm comprising a U-shaped capacitive coupling structure; a coupling arm extending between long arms of said U-shaped capacitive coupling structure, the coupling arm separated by a gap from said first radiating arm such that the coupling arm is capacitively coupled to said first radiating arm; a second radiating arm adapted for generating a second resonance in a second frequency band lower than the first frequency band, the second radiating arm connected to the coupling arm such that the second radiating arm is capacitively coupled to the first radiating arm; and a third radiating arm adapted for generating a third resonance in a third frequency band lower than the second frequency band, the third radiating arm connected to the coupling arm such that the third radiating arm is capacitively coupled to the first radiating arm.
A system comprising a lamp module designed to be installed in a front region of a vehicle (A, B) of a multi-membered track-guided vehicle combination and a device for data and/or signal transmission between two adjacent units of the multi-membered, track-guided vehicle combination, wherein the device comprises at least one emitter for emitting electromagnetic radiation as needed, wherein the at least one emitter is integrated into the lamp module.
Interior trim component having a shot channel (23, 23') implemented in a structural component (20, 20', 20") and a cover (21, 21') for an airbag which is established to discharge in a shot direction from the interior trim component, wherein the cover (21, 21') is reinforced at least in sections with an insert part (10, 10') facing towards the airbag, wherein the insert part (10, 10') consists at least partially of a thermoplastic plastic and the insert part (10, 10') and the structural component (20, 20', 20") are produced from plastics of the same thermoplastic plastic family, characterised in that the insert part (10, 10') is fibre-reinforced and is integrated into the shot channel (23, 23') to be in parallel at least in sections to a wall (24, 25, 25') of the shot channel (23, 23') aligned in the shot direction of the airbag, and to abut onto this wall (24, 25, 25'), wherein the insert part (10, 10') has at least one lifting loop (13, 15).
A method for controlling a washing machine, the washing machine comprising a drum for accommodating laundry, a liquid detergent container tank for containing liquid detergent, a fabric softener container tank for containing fabric softener, and a display unit, the method includes following steps: detecting a weight of laundry supplied to the drum of the washing machine; determining a supply quantity of the liquid detergent depending on the detected weight of laundry; the method being characterized by detecting a remaining quantity of the liquid detergent in the liquid detergent container tank; determining whether a level of liquid detergent exceeds a predetermined level based on the detection result; if the level of liquid detergent exceeds the predetermined level, supplying the liquid detergent to the drum depending on the supply quantity of liquid detergent to perform a washing cycle and a rinsing cycle; and supplying fabric softener to the drum depending on the weight of laundry to perform a final rinsing cycle, wherein if the level of the liquid detergent does not exceed the predetermined level, the display unit displays lack of liquid detergent, and wherein the supplying fabric softener comprises discharging fabric softener from the fabric softener container tank using compressed air. detecting a weight of laundry supplied to the drum of the washing machine; determining a supply quantity of the liquid detergent depending on the detected weight of laundry; the method being characterized by detecting a remaining quantity of the liquid detergent in the liquid detergent container tank; determining whether a level of liquid detergent exceeds a predetermined level based on the detection result; if the level of liquid detergent exceeds the predetermined level, supplying the liquid detergent to the drum depending on the supply quantity of liquid detergent to perform a washing cycle and a rinsing cycle; and supplying fabric softener to the drum depending on the weight of laundry to perform a final rinsing cycle, wherein if the level of the liquid detergent does not exceed the predetermined level, the display unit displays lack of liquid detergent, and wherein the supplying fabric softener comprises discharging fabric softener from the fabric softener container tank using compressed air.
A flat fireproof closure, in particular a glass door for fire protection purposes, for preventing fire and smoke from spreading from a first room into an adjacent second room in the event of a fire, comprising at least one fire protection pane which carries a metal profile on at least one edge, which metal profile is divided in the area of the front face of the fire protection pane, wherein the partial profiles (6, 7) respectively partially overlap one of the lateral surfaces of the fire protection pane and the front face connecting the lateral surfaces and are spaced from each other, wherein the partial profiles (6, 7) respectively comprise a first leg and a second leg as well as a web which starts from the first leg in an essentially perpendicular manner, which web is associated to the front face of the fire protection pane, wherein a continuous layer of heat-resistant and fire-resistant material is received between the second legs and the webs, characterized in that the web is directly connected to the fire protection pane by means of a fire-resistant sealing material.
A protective circuit to be used in a digital output module, the digital output module comprises a first voltage source and at least an output terminal, wherein the protective circuit comprising: a first sampling unit configured to sample a first voltage relevant to a output current from the first voltage source; a first comparing unit configured to compare the sampled first voltage with a first reference voltage (Vref1); a control unit configured to generate a current regulating signal based on a result from the first comparing unit, and a current regulating unit configured to regulate the output current from the first voltage source based on the current regulating signal, characterized in that the current regulating unit comprises a first transistor having a base junction, an emitter junction and a collector junction, the first transistor is configured to be conductive under a low level on the base junction which is lower than a cut-off voltage, and wherein the collector junction of the first transistor is configured to be connected to one of the at least an output terminal, the base junction of the first transistor is connected to the control unit, and the emitter junction of the first transistor is connected to the sampling unit. a first sampling unit configured to sample a first voltage relevant to a output current from the first voltage source; a first comparing unit configured to compare the sampled first voltage with a first reference voltage (Vref1); a control unit configured to generate a current regulating signal based on a result from the first comparing unit, and a current regulating unit configured to regulate the output current from the first voltage source based on the current regulating signal, characterized in that the current regulating unit comprises a first transistor having a base junction, an emitter junction and a collector junction, the first transistor is configured to be conductive under a low level on the base junction which is lower than a cut-off voltage, and wherein the collector junction of the first transistor is configured to be connected to one of the at least an output terminal, the base junction of the first transistor is connected to the control unit, and the emitter junction of the first transistor is connected to the sampling unit.
An apparatus for determining whether ventricular pacing stimuli are capturing a paced ventricle during atrial fibrillation, comprising: processing means configured to determine whether a patient is experiencing atrial fibrillation; delivering means (62,64,66) configured to deliver the ventricular pacing stimuli in response to determining the patient is in atrial fibrillation; sensing means (40,42,44) configured to sense signals in response to the ventricular pacing stimuli; processing means configured to determine whether the ventricular pacing stimuli are effectively capturing the paced ventricle over a series of the delivered ventricular pacing stimuli, the determination of whether the ventricular pacing are effectively capturing the paced ventricle comprising determining a number of consecutive ones of the series that effectively capture the paced ventricle; and modifying means configured to modify a pacing rate during atrial fibrillation in response to the determination of effective capture by the ventricular pacing stimuli delivered during the series; wherein the modification to the pacing rate is based upon the determined number of consecutive ones of the series that effectively captured the paced ventricle. processing means configured to determine whether a patient is experiencing atrial fibrillation; delivering means (62,64,66) configured to deliver the ventricular pacing stimuli in response to determining the patient is in atrial fibrillation; sensing means (40,42,44) configured to sense signals in response to the ventricular pacing stimuli; processing means configured to determine whether the ventricular pacing stimuli are effectively capturing the paced ventricle over a series of the delivered ventricular pacing stimuli, the determination of whether the ventricular pacing are effectively capturing the paced ventricle comprising determining a number of consecutive ones of the series that effectively capture the paced ventricle; and modifying means configured to modify a pacing rate during atrial fibrillation in response to the determination of effective capture by the ventricular pacing stimuli delivered during the series; wherein the modification to the pacing rate is based upon the determined number of consecutive ones of the series that effectively captured the paced ventricle.
Monitoring device for an energy storage system, wherein the energy storage system comprises a plurality of cells (2, 13, 14), each having a first terminal and a second terminal, wherein in each case the first terminal of a first cell is connected to the second terminal of a second cell by means of a respective connecting element, wherein each connecting element is connected to a multiplexer via a respective multiplexer connection line, wherein a temperature-dependent resistor is arranged in at least one multiplexer connection line, said resistor being in thermal contact with at least one cell (2, 13, 14), wherein the multiplexer is connected to an AD converter via two AD connection lines, characterized in that a switchable resistor which can be connected or disconnected is arranged in parallel with the AD converter such that the two AD connection lines can be connected via the switchable resistor and the switchable resistor can be switched via a control unit.
A floor lamp (1, 1'), for leaning against an object, which is to be illuminated at least in sections with the floor lamp (1, 1'), comprising - a lamp stem (3, 3'), - an illuminant arrangement arranged in an upper region of the lamp stem (3, 3'), - a lamp base (4, 4') arranged at a lower end of the lamp stem (3, 3'), which when in an intended position for use is in contact with a floor beside the object in a contact area, wherein the contact area is constituted in such a way that the floor lamp (1, 1'), when in the intended position for use, tilts against the object about a tilt axis (A K) defined by the contact area, and - a support element arrangement (10, 11), which is arranged between the lamp base (4, 4') and the illuminant arrangement on the lamp stem (3, 3'), characterised in that a lamp head with an illuminant unit is arranged at the upper side on the lamp stem (3, 3') and can be swivelled about two axes (A 1, A 2). - a lamp stem (3, 3'), - an illuminant arrangement arranged in an upper region of the lamp stem (3, 3'), - a lamp base (4, 4') arranged at a lower end of the lamp stem (3, 3'), which when in an intended position for use is in contact with a floor beside the object in a contact area, wherein the contact area is constituted in such a way that the floor lamp (1, 1'), when in the intended position for use, tilts against the object about a tilt axis (A K) defined by the contact area, and - a support element arrangement (10, 11), which is arranged between the lamp base (4, 4') and the illuminant arrangement on the lamp stem (3, 3'),