mhurhangee/ep-ind-claims huggingface dataset:
Reflector luminaire with a light-emitting means and a reflector, which reflects light from the light-emitting means which is incident on said reflector in a predetermined emission direction and has a rim which points towards the emission direction, wherein the reflector consists of a plurality of differently designed segments, which are joined to one another by transition sections, by means of which the predetermined reflecting total surface area of the segments is reduced by less than 1⁄4 and wherein the segments run with a continuous curvature in the region which is used for the reflection, wherein the segments are calculated individually with respect to the light-emitting means such that a desired light distribution in an illumination plane is brought about by the composition of the individual segments of the reflector, wherein segments of different lengths an different curvature abut one another, wherein the desired light distribution is brought about by the shape of the segments, characterized in that the segments are aligned radially with respect to a mid-axis of the luminaire, wherein the segments run radially from the rim in the direction of the mid-axis and the segments together form the rim, and in that the rim has a continuous shape, wherein the rim is designed to be circular, when viewed in the direction of the mid-axis or is slightly deformed continuously with respect to a circular shape.
An antenna arrangement, wherein the antenna arrangement comprises a voltage source, a first inductive antenna element, a second inductive antenna element and at least one capacitive element, wherein the voltage source is electrically connected in parallel to a series connection of a first circuit section comprising at least the first inductive antenna element being arranged in the first circuit section and a further circuit section comprising a parallel connection of a first subsection of the further circuit section comprising the at least one capacitive element being arranged in the first subsection and a further subsection of the further circuit section comprising at least the second inductive antenna element being arranged in the further subsection, wherein the antenna arrangement comprises at least one resistive element, characterized in that the further subsection comprises a series connection of at least the second inductive antenna element and the at least one resistive element.
Dispenser for a roll of web material, the dispenser comprising: a body (10, 11) having a first end wall provided with a dispensing opening for dispensing a leading end of the web material at the center of the roll, a second end wall opposite to the first end wall and a sidewall connecting to the first and second end wall; and a stabilizing device insertable into the roll to prevent the roll from collapsing towards its center, whereby the stabilizing device comprises a plurality of protrusions protruding from at least one of the first or second end wall towards the other of the first or second end wall, the protrusions being disposed closer to the sidewall than to a center axis of the body (10, 11) and configured to be inserted inbetween adjacent layers of the web material, characterised in that at least two of the protrusions (25, 26) are positioned on a common circle, the center of the circle being coextensive with the center axis of the body. a body (10, 11) having a first end wall provided with a dispensing opening for dispensing a leading end of the web material at the center of the roll, a second end wall opposite to the first end wall and a sidewall connecting to the first and second end wall; and a stabilizing device insertable into the roll to prevent the roll from collapsing towards its center, whereby the stabilizing device comprises a plurality of protrusions protruding from at least one of the first or second end wall towards the other of the first or second end wall, the protrusions being disposed closer to the sidewall than to a center axis of the body (10, 11) and configured to be inserted inbetween adjacent layers of the web material, characterised in that at least two of the protrusions (25, 26) are positioned on a common circle, the center of the circle being coextensive with the center axis of the body.
Slide assembly, with: at least one pair of rails (1, 2; 1, 3; 3, 2) which, in succession, are located one near the other, and with rolling bodies (4, 5) of round cross-section, which are arranged between the two rails of the pair of adjacent rails (1, 2; 1, 3; 3, 2) and suitable for rolling thereon, such that they thereby enable a displacement of one of the two adjacent rails (1, 2; 1, 3; 3, 2) along the other one, wherein referring to the pair of adjacent rails (1, 2; 1, 3; 3, 2), at least one of the rolling bodies which is arranged between the adjacent rails (1, 2; 1, 3; 3, 2) has a diameter of its cross-section that is bigger than the diameter of the cross-section of the other rolling bodies, which are arranged between the same two adjacent rails (1, 2; 1, 3; 3, 2), and wherein the other rolling bodies, which are arranged between the same two adjacent rails (1, 2; 1, 3; 3, 2), are instead installed with clearance, wherein the at least one rolling body having the larger diameter is prestressed between the two adjacent rails (1, 2; 1, 3; 3, 2) between which it is arranged, characterized in that the rolling bodies (4, 5) have the same Young's modulus. at least one pair of rails (1, 2; 1, 3; 3, 2) which, in succession, are located one near the other, and with rolling bodies (4, 5) of round cross-section, which are arranged between the two rails of the pair of adjacent rails (1, 2; 1, 3; 3, 2) and suitable for rolling thereon, such that they thereby enable a displacement of one of the two adjacent rails (1, 2; 1, 3; 3, 2) along the other one, wherein referring to the pair of adjacent rails (1, 2; 1, 3; 3, 2), at least one of the rolling bodies which is arranged between the adjacent rails (1, 2; 1, 3; 3, 2) has a diameter of its cross-section that is bigger than the diameter of the cross-section of the other rolling bodies, which are arranged between the same two adjacent rails (1, 2; 1, 3; 3, 2), and wherein the other rolling bodies, which are arranged between the same two adjacent rails (1, 2; 1, 3; 3, 2), are instead installed with clearance, wherein the at least one rolling body having the larger diameter is prestressed between the two adjacent rails (1, 2; 1, 3; 3, 2) between which it is arranged, characterized in that the rolling bodies (4, 5) have the same Young's modulus.
An internal combustion engine controller, comprising: a boost coil configured to boost a voltage of a battery power source; a boost switch element configured to switch between causing a current to flow and stopping a current from flowing through the boost coil; and a current detection portion configured to detect a current flowing through the boost switch element, wherein boost control is effected by repeating the switching of the boost witch element, the voltage boosted at the boost coil is charged to a boost capacitor via a diode, characterized in that during the boost control, the internal combustion engine controller makes the boost switch element stop the current flowing through the boost coil when the detected current reaches a switching stop current value and, after a set time, which has been pre-set to prevent the current flowing through the boost coil from dropping to zero amperes, has elapsed from the point at which current flow is stopped, makes the boost switch element cause a current to flow through the boost coil, thereby repeatedly causing a current to flow and stopping a current from flowing through the boost coil in such a manner that the current flowing through the boost coil stays within a desired flowing current range that does not drop to zero amperes. a boost coil configured to boost a voltage of a battery power source; a boost switch element configured to switch between causing a current to flow and stopping a current from flowing through the boost coil; and a current detection portion configured to detect a current flowing through the boost switch element, wherein boost control is effected by repeating the switching of the boost witch element, the voltage boosted at the boost coil is charged to a boost capacitor via a diode, characterized in that during the boost control, the internal combustion engine controller makes the boost switch element stop the current flowing through the boost coil when the detected current reaches a switching stop current value and, after a set time, which has been pre-set to prevent the current flowing through the boost coil from dropping to zero amperes, has elapsed from the point at which current flow is stopped, makes the boost switch element cause a current to flow through the boost coil, thereby repeatedly causing a current to flow and stopping a current from flowing through the boost coil in such a manner that the current flowing through the boost coil stays within a desired flowing current range that does not drop to zero amperes.
An article comprising a garment comprising a circular knit; wherein said knit comprises a fusible, elastic, solution-spun bicomponent fiber; wherein said bicomponent fiber includes two or more regions of different compositions that are continuous along the fiber length; and wherein said bicomponent fiber is present in every course, in alternate courses or combinations thereof.
A conveyance system comprising: a track; a plurality of conveyance vehicles to travel along the track and convey a conveyed object; a storage apparatus including a storage part to and from which any of the plurality of conveyance vehicles is capable of delivering the conveyed object and a transfer mechanism capable of transferring the conveyed object between the storage part and an apparatus port to and from which any of the plurality of conveyance vehicles is capable of delivering the conveyed object; and a controller configured or programmed to control operations of the plurality of conveyance vehicles and the transfer mechanism in accordance with a set operation mode, characterized in that the controller is configured or programmed to switch the operation mode among a first mode that prohibits a transfer operation to transfer the conveyed object from the apparatus port to the storage part by the transfer mechanism, a second mode that prohibits a transfer operation to transfer the conveyed object to the storage part by any of the plurality of conveyance vehicles and a transfer operation to transfer the conveyed object from the storage part to the apparatus port by the transfer mechanism, and a third mode that allows both the transfer operation to transfer the conveyed object from the apparatus port to the storage part and the transfer operation to transfer the conveyed object from the storage part to the apparatus port by the transfer mechanism. a track; a plurality of conveyance vehicles to travel along the track and convey a conveyed object; a storage apparatus including a storage part to and from which any of the plurality of conveyance vehicles is capable of delivering the conveyed object and a transfer mechanism capable of transferring the conveyed object between the storage part and an apparatus port to and from which any of the plurality of conveyance vehicles is capable of delivering the conveyed object; and a controller configured or programmed to control operations of the plurality of conveyance vehicles and the transfer mechanism in accordance with a set operation mode, characterized in that the controller is configured or programmed to switch the operation mode among a first mode that prohibits a transfer operation to transfer the conveyed object from the apparatus port to the storage part by the transfer mechanism, a second mode that prohibits a transfer operation to transfer the conveyed object to the storage part by any of the plurality of conveyance vehicles and a transfer operation to transfer the conveyed object from the storage part to the apparatus port by the transfer mechanism, and a third mode that allows both the transfer operation to transfer the conveyed object from the apparatus port to the storage part and the transfer operation to transfer the conveyed object from the storage part to the apparatus port by the transfer mechanism.
A method of compensating for sound pressure measurement errors caused by ear canal resonance occurring in an occluded ear canal, comprising: a. measuring the sound pressure of a sound source in an ear simulator; b. measuring the sound pressure of the sound source in the ear canal; wherein both sound pressure measurements are made over a frequency range of the sound source, c. calculating over the measured frequency range a real-ear-to-coupler difference (RECD) measurement using the sound pressure measurements; d. identifying a frequency notch in the calculated RECD measurement associated with ear canal resonance; and e. calculating a corrected RECD measurement, said calculation comprises calculating a correction to the RECD measurement using the identified frequency notch to compensate for errors caused by ear canal resonance and combining the RECD measurement calculation and the correction calculation to obtain the corrected RECD measurement. a. measuring the sound pressure of a sound source in an ear simulator; b. measuring the sound pressure of the sound source in the ear canal; wherein both sound pressure measurements are made over a frequency range of the sound source, c. calculating over the measured frequency range a real-ear-to-coupler difference (RECD) measurement using the sound pressure measurements; d. identifying a frequency notch in the calculated RECD measurement associated with ear canal resonance; and e. calculating a corrected RECD measurement, said calculation comprises calculating a correction to the RECD measurement using the identified frequency notch to compensate for errors caused by ear canal resonance and combining the RECD measurement calculation and the correction calculation to obtain the corrected RECD measurement.
Method for processing objects, in particular objects in a production process, having the following method steps: measuring at least one object by means of a subset of sensors, which are assigned to at least one sensor arrangement having a plurality of sensors, wherein the subset of sensors is in a detection mode and in this way forms a detection device; ascertaining an irradiation of the at least one object to be applied by means of an irradiation device using a control device, taking into account a result of the measurement of the at least one object, and irradiating the at least one object using at least one further subset of the plurality of sensors, which subset is in an irradiation mode and, in this mode, forms an irradiation device; and wherein the sensors are usable and switchable as a detector and as a radiation source; and possibly repeating at least some of the method with another measurement, ascertainment and/or irradiation. measuring at least one object by means of a subset of sensors, which are assigned to at least one sensor arrangement having a plurality of sensors, wherein the subset of sensors is in a detection mode and in this way forms a detection device; ascertaining an irradiation of the at least one object to be applied by means of an irradiation device using a control device, taking into account a result of the measurement of the at least one object, and irradiating the at least one object using at least one further subset of the plurality of sensors, which subset is in an irradiation mode and, in this mode, forms an irradiation device; and wherein the sensors are usable and switchable as a detector and as a radiation source; and possibly repeating at least some of the method with another measurement, ascertainment and/or irradiation.
Gantry crane system, having at least one crane girder that extends horizontally and can move on runways arranged at a distance in parallel to one another, which forms the bridge girder, on which a crane trolley with a hoist is movably supported, and a base framework, the gantry crane system having a modular design, the base frame consisting of the upright columns, which are formed from a double T-section with bores arranged in the opposing sides following a grid pattern, and a base plate arranged at the lower end with pushed-on universal heads, consisting of a receiving plate and two opposing rectangularly installed side plates with elongated holes and designed to be displaced on the upright columns for the purpose of adjusting the tracks and cross beams, and with counterweights provided at the ends of the upright columns facing the ground, the tracks and the cross beams, and which can be connected to one another by means of screw connections.
A process for producing carboxylic acid and ammonium salt, comprising: fermenting a carbohydrate in the presence of magnesium carbonate to produce a magnesium salt of a carboxylic acid; treating the magnesium salt of the carboxylic acid with an inorganic acid to convert at least a portion of the magnesium salt of the carboxylic acid to its carboxylic acid form and produce a water soluble magnesium salt; separating the carboxylic acid from the water soluble magnesium salt; and treating the water soluble magnesium salt with ammonium carbonate or ammonium bicarbonate to produce an ammonium salt and a magnesium carbonate precipitate, further comprising separating the ammonium salt from the magnesium carbonate precipitate, wherein at least a portion of the magnesium carbonate precipitate is applied in the fermenting step. fermenting a carbohydrate in the presence of magnesium carbonate to produce a magnesium salt of a carboxylic acid; treating the magnesium salt of the carboxylic acid with an inorganic acid to convert at least a portion of the magnesium salt of the carboxylic acid to its carboxylic acid form and produce a water soluble magnesium salt; separating the carboxylic acid from the water soluble magnesium salt; and treating the water soluble magnesium salt with ammonium carbonate or ammonium bicarbonate to produce an ammonium salt and a magnesium carbonate precipitate, further comprising separating the ammonium salt from the magnesium carbonate precipitate, wherein at least a portion of the magnesium carbonate precipitate is applied in the fermenting step.
Fifth wheel coupling comprising a plug-in coupling system, wherein the plug-in coupling system comprises a primary coupling device and a secondary coupling device, wherein the primary coupling device has a plug console with transmission contacts, wherein the transmission contacts point in particular in a plug-in direction, wherein the secondary coupling device comprises a connection bracket, wherein the plug-in coupling system has a locking device, wherein the plug-in coupling system is designed in such a way that the plug console and the connection console are connected to one another in a coupling position, so that information and/or energy can be transmitted directly or indirectly between the plug console and the connection console, wherein the plug-in coupling system is designed in such a way that the plug console and the connection console can be transferred into a disconnected position, wherein in the disconnected position no information and/or energy can be transmitted directly or indirectly between the plug console and the connection console, wherein the locking device is designed such that, in a locking position, it positively prevents a transfer from the coupling position to the disconnected position, and allows a transfer from the coupling position to the disconnected position in a release position, characterized in that the plug-in direction is arranged and/or oriented parallel to a retraction direction of the fifth wheel coupling plate. wherein the plug-in coupling system comprises a primary coupling device and a secondary coupling device, wherein the primary coupling device has a plug console with transmission contacts, wherein the transmission contacts point in particular in a plug-in direction, wherein the secondary coupling device comprises a connection bracket, wherein the plug-in coupling system has a locking device, wherein the plug-in coupling system is designed in such a way that the plug console and the connection console are connected to one another in a coupling position, so that information and/or energy can be transmitted directly or indirectly between the plug console and the connection console, wherein the plug-in coupling system is designed in such a way that the plug console and the connection console can be transferred into a disconnected position, wherein in the disconnected position no information and/or energy can be transmitted directly or indirectly between the plug console and the connection console, wherein the locking device is designed such that, in a locking position, it positively prevents a transfer from the coupling position to the disconnected position, and allows a transfer from the coupling position to the disconnected position in a release position, characterized in that the plug-in direction is arranged and/or oriented parallel to a retraction direction of the fifth wheel coupling plate.
Pouch cell having a positive contact lug and a negative contact lug, by means of which contact lugs electrical contact can be made with the pouch cell and said pouch cell can be charged and discharged in this way, wherein the pouch cell is of planar design and has a flat cell surface which extends parallel in relation to the positive contact lug and the negative contact lug, wherein the positive contact lug has an upper positive connecting element and a lower positive connecting element, which positive connecting elements are arranged on opposite sides of the positive contact lug, and the negative contact lug has an upper negative connecting element and a lower negative connecting element, which negative connecting elements are arranged on opposite sides of the negative contact lug, characterized in that the connecting elements (11, 15, 21, 25) are designed as plug-in connecting elements or screw-type connecting elements.