mhurhangee/ep-ind-claims huggingface dataset:
A method for detecting a condition in a device containing a gear train, said gear train having a first gear rotationally coupled to a second gear, said method characterised by: (a) receiving at an evaluation system gear train rotation information relating to rotation of said gear train; (b) receiving at said evaluation system vibration information relating to vibration of said device, said vibration of said device comprising vibration coupled from said gear train; (c) determining at said evaluation system a first condition indicator for said first gear based on processing said vibration information relative to a first rotation parameter of said first gear, wherein said first rotation parameter is determined from said gear train rotation information; (d) determining at said evaluation system a second condition indicator for said second gear based on processing said vibration information relative to a second rotation parameter of said second gear, wherein said second rotation parameter is determined from said gear train rotation information, wherein the first rotation parameter and the second rotation parameter are further determined, for each of the first gear and the second gear, based on a predetermined gear ratio related to the first gear and the second gear, and wherein said first rotation parameter of said first gear is not equal to said second rotation parameter of said second gear; and (e) comparing at said evaluation system said first condition indicator with said second condition indicator to generate a comparison condition indicator. (a) receiving at an evaluation system gear train rotation information relating to rotation of said gear train; (b) receiving at said evaluation system vibration information relating to vibration of said device, said vibration of said device comprising vibration coupled from said gear train; (c) determining at said evaluation system a first condition indicator for said first gear based on processing said vibration information relative to a first rotation parameter of said first gear, wherein said first rotation parameter is determined from said gear train rotation information; (d) determining at said evaluation system a second condition indicator for said second gear based on processing said vibration information relative to a second rotation parameter of said second gear, wherein said second rotation parameter is determined from said gear train rotation information, wherein the first rotation parameter and the second rotation parameter are further determined, for each of the first gear and the second gear, based on a predetermined gear ratio related to the first gear and the second gear, and wherein said first rotation parameter of said first gear is not equal to said second rotation parameter of said second gear; and (e) comparing at said evaluation system said first condition indicator with said second condition indicator to generate a comparison condition indicator.
Frame for a drawer, which has an outer shell and an inner shell which delimit a cavity into which at least one mounting base is inserted, wherein the mounting base is held on the outer shell or the inner shell by at least one mounting adapter, wherein the mounting adapter has at least one mounting opening into which at least one projection, in particular a web, of the mounting base engages, characterized in that the outer shell is displaceably guided relative to the inner shell, and in that one or more of the mounting adapters are distributed in the region of an upper sliding guide on the outer shell or the inner shell and form part of the upper sliding guide.
A vehicle battery charging and electrical energy delivery system comprising: a first connection for connection to an energy source; a second connection for connection to a battery; a third connection for connection to a first set of consumers of electrical energy; a first path for supplying charging current from the energy source to the battery when connected to the first and second connections (26, 27) respectively; a second path, separate from said first path, for supplying electrical energy from the energy source to the first set of consumers when connected to the first and third connections (26, 28) respectively; a third path for supplying electrical energy from the battery to the first set of consumers when connected to the second and third connections (27, 28) respectively, characterized in that the battery charging and electrical energy delivery system further comprises a control unit for controlling the supply of electrical energy along said first, second and third paths in response to a detected state of the energy source and wherein the controlling of the supply of electrical energy along the first path is done with a device on the first path, the device comprising a relay adapted to break or connect the supply of charging current along the first path. a first connection for connection to an energy source; a second connection for connection to a battery; a third connection for connection to a first set of consumers of electrical energy; a first path for supplying charging current from the energy source to the battery when connected to the first and second connections (26, 27) respectively; a second path, separate from said first path, for supplying electrical energy from the energy source to the first set of consumers when connected to the first and third connections (26, 28) respectively; a third path for supplying electrical energy from the battery to the first set of consumers when connected to the second and third connections (27, 28) respectively, characterized in that the battery charging and electrical energy delivery system further comprises a control unit for controlling the supply of electrical energy along said first, second and third paths in response to a detected state of the energy source and wherein the controlling of the supply of electrical energy along the first path is done with a device on the first path, the device comprising a relay adapted to break or connect the supply of charging current along the first path.
An apparatus comprising: a transformer (Tl) comprising a primary winding (Lmp) and a secondary winding (Lns), wherein the primary winding is configured to carry a current flow; a sensor circuit comprising an output connected to an input of a comparator, wherein an output of the comparator connects to a first terminal of the secondary winding, and a terminal of the sensor circuit connects to a second terminal of the secondary winding, wherein the sensor circuit further comprises a feedback loop and the comparator comprises a hysteresis unit; characterized in further comprising a passive circuit configured to provide an alternating current current increase through the secondary winding at a point in the sensor circuit, wherein the passive circuit comprises a resistor (Ra) coupled in series with a capacitor (Ca), and wherein the passive circuit is connected between the input of the comparator and a fixed potential. a transformer (Tl) comprising a primary winding (Lmp) and a secondary winding (Lns), wherein the primary winding is configured to carry a current flow; a sensor circuit comprising an output connected to an input of a comparator, wherein an output of the comparator connects to a first terminal of the secondary winding, and a terminal of the sensor circuit connects to a second terminal of the secondary winding, wherein the sensor circuit further comprises a feedback loop and the comparator comprises a hysteresis unit; characterized in further comprising a passive circuit configured to provide an alternating current current increase through the secondary winding at a point in the sensor circuit, wherein the passive circuit comprises a resistor (Ra) coupled in series with a capacitor (Ca), and wherein the passive circuit is connected between the input of the comparator and a fixed potential.
A light emitting device comprising: a plurality of solid-state light emitting elements that are mounted on a long-sized wiring board: an optical member mounted on the wiring board that is provided in common covering the plurality of solid-state light emitting elements thereby seal, mount, and fix said elements, the optical member has a semicircular or semielliptical cross-sectional shape, and is gutter-shaped in a longer direction; the concave portion inside the optical member is filled with silicone resin having the same refractive index as the optical member; and a wavelength converting member that covers a light lead-out surface of the optical member, is excited by light led out of the solid-state light emitting elements, and emits wavelength-converted light. a plurality of solid-state light emitting elements that are mounted on a long-sized wiring board: an optical member mounted on the wiring board that is provided in common covering the plurality of solid-state light emitting elements thereby seal, mount, and fix said elements, the optical member has a semicircular or semielliptical cross-sectional shape, and is gutter-shaped in a longer direction; the concave portion inside the optical member is filled with silicone resin having the same refractive index as the optical member; and a wavelength converting member that covers a light lead-out surface of the optical member, is excited by light led out of the solid-state light emitting elements, and emits wavelength-converted light. an optical member mounted on the wiring board that is provided in common covering the plurality of solid-state light emitting elements thereby seal, mount, and fix said elements, the optical member has a semicircular or semielliptical cross-sectional shape, and is gutter-shaped in a longer direction; the concave portion inside the optical member is filled with silicone resin having the same refractive index as the optical member; and a wavelength converting member that covers a light lead-out surface of the optical member, is excited by light led out of the solid-state light emitting elements, and emits wavelength-converted light.
A method (300, 500, 600) for customizing a mobile device, the method (300, 500, 600) comprising, receiving at the mobile device information providing a service provider identity; selecting, from a plurality of customized data sets stored on the mobile device a data set that corresponds to the service provider identity; and activating the selected data set on the mobile device, characterized in that each customized data set includes service provider specific data indicating if service provider applications are to be loaded on the mobile device.
A method for obtaining depth information from a light field, comprising: generating (502, 503) a plurality of epipolar images (400, 402) from a light field captured by a light field acquisition device; an edge detection step (508, 509) for detecting, in the epipolar images (400, 402), edges of objects in the scene captured by the light field acquisition device; for each epipolar image (400, 402), detecting (510, 511) valid epipolar lines (610, 1408) formed by a set of edges; determining (512, 513) the slopes of the valid epipolar lines (610, 1408); characterized in that the detection (510, 511) of valid epipolar lines comprises extending the epipolar lines of the epipolar images (400, 402) from the light field acquisition device with additional information (1402, 1404b) of images (1412, 2112b) captured by at least one additional image acquisition device (1304, 100b) to obtain an extended epipolar line. generating (502, 503) a plurality of epipolar images (400, 402) from a light field captured by a light field acquisition device; an edge detection step (508, 509) for detecting, in the epipolar images (400, 402), edges of objects in the scene captured by the light field acquisition device; for each epipolar image (400, 402), detecting (510, 511) valid epipolar lines (610, 1408) formed by a set of edges; determining (512, 513) the slopes of the valid epipolar lines (610, 1408); characterized in that the detection (510, 511) of valid epipolar lines comprises extending the epipolar lines of the epipolar images (400, 402) from the light field acquisition device with additional information (1402, 1404b) of images (1412, 2112b) captured by at least one additional image acquisition device (1304, 100b) to obtain an extended epipolar line.
SUPPORTING ELEMENT FOR AN OFFSHORE WIND TURBINE, wherein the supporting element comprises: • a base body composed of a circular or polygonal sole plate, a shaft with vertical walls wherein the shaft has a similar cross section as that of the sole plate, with a plurality of vertical cavities extending over the entire circular or polygonal sectioned height of the shaft, and; • a slab disposed on the shaft of the base body, whereon a wind turbine may be supported and fastened, characterized in that the slab which rests on the shaft of the base body and whereon the wind turbine may be supported and fastened has a series of through orifices coinciding with the vertical cavities of the lower supporting base body. • a base body composed of a circular or polygonal sole plate, a shaft with vertical walls wherein the shaft has a similar cross section as that of the sole plate, with a plurality of vertical cavities extending over the entire circular or polygonal sectioned height of the shaft, and; • a slab disposed on the shaft of the base body, whereon a wind turbine may be supported and fastened, characterized in that the slab which rests on the shaft of the base body and whereon the wind turbine may be supported and fastened has a series of through orifices coinciding with the vertical cavities of the lower supporting base body.
A surgical system comprising a plurality of surgical instruments (200a, 200b, 200c) configured to wirelessly transmit identifying data specific to them and a console configured to receive the identifying data, the system further comprising a server comprising: a server memory configured to store a sterilization status of the surgical instrument; a network link configured to couple the server to the console the console configured to: register a surgical instrument based on the identifying data received from the surgical instrument; receive the sterilization status from the server; said surgical system being characterized in that the console is further configured to store a registration status of the surgical instrument in the console memory, the registration status being indicative of the surgical instrument being previously registered with the console, the console having a memory of instruments registered with the console; and wherein when the surgical instrument is registered with the console, the console establishes a two-way wireless communication link between the console and the instrument to allow the console to receive and transmit data including commands to operate the instrument and wherein when the surgical instrument is not registered with the console, no communication link is established and the surgical instrument is inoperable. a server memory configured to store a sterilization status of the surgical instrument; a network link configured to couple the server to the console the console configured to: register a surgical instrument based on the identifying data received from the surgical instrument; receive the sterilization status from the server; said surgical system being characterized in that the console is further configured to store a registration status of the surgical instrument in the console memory, the registration status being indicative of the surgical instrument being previously registered with the console, the console having a memory of instruments registered with the console; and register a surgical instrument based on the identifying data received from the surgical instrument; receive the sterilization status from the server; said surgical system being characterized in that the console is further configured to store a registration status of the surgical instrument in the console memory, the registration status being indicative of the surgical instrument being previously registered with the console, the console having a memory of instruments registered with the console; and wherein when the surgical instrument is registered with the console, the console establishes a two-way wireless communication link between the console and the instrument to allow the console to receive and transmit data including commands to operate the instrument and wherein when the surgical instrument is not registered with the console, no communication link is established and the surgical instrument is inoperable.
A substantially anhydrous cosmetic composition for bleaching discolored nails comprising: a) at least one hydrogen peroxide generator in an amount of from 2 to 15% by weight to bleach said nails; b) at least one film forming polymer, and c) at least one cosmetically acceptable volatile solvent; said substantially anhydrous composition containing an amount of water less than 10% by weight, based on the weight of the composition. a) at least one hydrogen peroxide generator in an amount of from 2 to 15% by weight to bleach said nails; b) at least one film forming polymer, and c) at least one cosmetically acceptable volatile solvent;
Wound or skin dressing comprising - a water-vapour-impermeable barrier layer and - a textile-based lining which is in contact therewith and in which an ointment or cream is incorporated. - a water-vapour-impermeable barrier layer and - a textile-based lining which is in contact therewith and in which an ointment or cream is incorporated.
A banknote temporary storage module, comprising a large reel driven by a first power motor, a small reel driven by a second power motor, and a tape coiling, wherein two ends of the tape coiling are fixed on the large reel and the small reel respectively and the tape coiling is retractablely wound between the large reel/the small reel, wherein the banknote temporary storage module further comprises: a first encoding disk fixed on a rotating shaft of the large reel; a second encoding disk fixed on a rotating shaft of the small reel; a first sensor arranged corresponding to the first encoding disk and configured to monitor a rotation angle of the large reel; a second sensor arranged corresponding to the second encoding disk and configured to monitor a rotation angle of the small reel; and a microcontroller, characterized in that, the microcontroller is configured to calculate, based on output signals of the first sensor and the second sensor, a length of a portion of the tape coiling released by the small reel for every one round that the large reel rotates, and calculate a current radius of the large reel, to adjust and control angular speeds of the large reel and the small reel to make a linear speed of the large reel the same as a linear speed of the small reel. a first encoding disk fixed on a rotating shaft of the large reel; a second encoding disk fixed on a rotating shaft of the small reel; a first sensor arranged corresponding to the first encoding disk and configured to monitor a rotation angle of the large reel; a second sensor arranged corresponding to the second encoding disk and configured to monitor a rotation angle of the small reel; and a microcontroller, characterized in that, the microcontroller is configured to calculate, based on output signals of the first sensor and the second sensor, a length of a portion of the tape coiling released by the small reel for every one round that the large reel rotates, and calculate a current radius of the large reel, to adjust and control angular speeds of the large reel and the small reel to make a linear speed of the large reel the same as a linear speed of the small reel.
A safety lock assembly with a flat key comprising: a stator having a cylindrical housing and a blind hole opening radially into said cylindrical housing, said stator including a plurality of locking pins intended to extend within said cylindrical housing; a rotor mounted for rotation within said cylindrical housing, said rotor comprising an axial passageway and a plurality of radial housings opening outside in order to allow to said locking pins to extend into said radial housings in order to maintain said rotor in a fixed position relatively to said stator, said rotor further comprising a ball and a movable locking body intended to maintain said ball projecting from said rotor, while said ball extend within said blind hole; and a flat key intended to be engaged into said axial passageway in order to push back said locking pins outside of said rotor, and simultaneously, to control said movable locking body in order to allow to said ball to retract within said rotor inside; said locking body being movable in rotation. a stator having a cylindrical housing and a blind hole opening radially into said cylindrical housing, said stator including a plurality of locking pins intended to extend within said cylindrical housing; a rotor mounted for rotation within said cylindrical housing, said rotor comprising an axial passageway and a plurality of radial housings opening outside in order to allow to said locking pins to extend into said radial housings in order to maintain said rotor in a fixed position relatively to said stator, said rotor further comprising a ball and a movable locking body intended to maintain said ball projecting from said rotor, while said ball extend within said blind hole; and a flat key intended to be engaged into said axial passageway in order to push back said locking pins outside of said rotor, and simultaneously, to control said movable locking body in order to allow to said ball to retract within said rotor inside; said locking body being movable in rotation.
A printing apparatus comprising: a conveying apparatus configured to convey a medium by moving a conveying belt; and a recording unit configured to perform recording on the moving medium; the conveying apparatus comprising: a cleaning unit; and characterized by a vapor application unit configured to apply heated vapor to a front surface of the conveying belt separated from the medium; wherein the cleaning unit is configured to clean the front surface to which the vapor is applied by the vapor application unit. a cleaning unit; and characterized by a vapor application unit configured to apply heated vapor to a front surface of the conveying belt separated from the medium; wherein the cleaning unit is configured to clean the front surface to which the vapor is applied by the vapor application unit.
A method for taking an oxygen saturation measurement of tissue using an optical system, the optical system including a probe with a sensor head in which an orientation of a first source structure of the sensor head relative to detector structures of the sensor head is not symmetric with respect to an orientation of a second source structure of the sensor head relative to the detector structures of the sensor head, the method comprising: positioning the sensor head in contact with the tissue; transmitting light into the tissue through the first source structure and the second source structure; receiving reflected light from the tissue at the detector structures, the reflected light including attenuation characteristics due to the not symmetric sensor head; and processing the reflected light using a plurality of photodetectors, the method characterized in that processing the reflected light using the plurality of photodetectors includes compensating for the attenuation characteristics using an attenuation compensator. positioning the sensor head in contact with the tissue; transmitting light into the tissue through the first source structure and the second source structure; receiving reflected light from the tissue at the detector structures, the reflected light including attenuation characteristics due to the not symmetric sensor head; and processing the reflected light using a plurality of photodetectors, the method characterized in that processing the reflected light using the plurality of photodetectors includes compensating for the attenuation characteristics using an attenuation compensator.