mhurhangee/ep-ind-claims huggingface dataset:
Sensor assembly of a sensor bearing, the sensor assembly comprising at least two sensor units (12a - 12d) arranged on a ring of the sensor bearing in different angular positions with regard to a rotation axis of the bearing, wherein each of the sensor units (12a - 12d) comprises at least one hall sensor plate (IC1, IC2, IC11, IC12), characterized in that at least two hall sensor plates (IC1, IC2; IC11, IC12) of different sensor units (12a - 12d) are manufactured from the same semiconductor wafer and are wired in antiparallel orientation in order to compensate offset voltages of the hall sensor plates (IC1, IC2; IC11, IC12).
A process for producing an optical effect layer on a substrate, said process comprising the steps of: a) applying on the substrate a coating composition comprising a plurality of magnetic or magnetizable pigment particles so as to form a coating layer (C, C1), said coating layer being in a first state, b) b1) exposing the coating layer to the magnetic field of a magnetic-field-generating device (MD, MD1), said magnetic-field-generating device being located on the side of the coating layer thereby orienting the plurality of magnetic or magnetizable pigment particles, and b2) simultaneously or partially simultaneously hardening through the substrate the coating layer to a second state so as to fix the magnetic or magnetizable pigment particles in their adopted positions and orientations, said hardening being performed by irradiation with a UV-Vis radiation source located on the side of the substrate, wherein the substrate is transparent to one or more wavelengths of the emission spectrum of the irradiation source in the range of 200 nm to 500 nm, and wherein the plurality of magnetic or magnetizable pigment particles is oriented so as to follow a concave curvature when viewed from the side carrying the OEL. a) applying on the substrate a coating composition comprising a plurality of magnetic or magnetizable pigment particles so as to form a coating layer (C, C1), said coating layer being in a first state, b) b1) exposing the coating layer to the magnetic field of a magnetic-field-generating device (MD, MD1), said magnetic-field-generating device being located on the side of the coating layer thereby orienting the plurality of magnetic or magnetizable pigment particles, and b2) simultaneously or partially simultaneously hardening through the substrate the coating layer to a second state so as to fix the magnetic or magnetizable pigment particles in their adopted positions and orientations, said hardening being performed by irradiation with a UV-Vis radiation source located on the side of the substrate,
System comprising a rear view display device for a vehicle and at least one lighting device in a vehicle, wherein the rear view display device for the vehicle, preferably for a motor vehicle, comprises at least one mirror element and/or at least one camera and at least one control circuit (1, 1') to control the at least one lighting device in a vehicle, wherein the control circuit (1, 1') is realized in one single electric circuit, the control circuit (1, 1') comprising: at least a first output channel (2, 2') and at least a second output channel (3, 3'), wherein the first output channel (2, 2') is adapted to provide a first maximum current (I max1, I max1') to at least a first lighting device of the system, and the second output channel (3, 3') is adapted to provide a second maximum current (I max2, I max2') to at least a second lighting device of the system, wherein at least the first and second output channels (2, 2', 3, 3') are suited to be combined into a third output channel, wherein the third output channel provides a third maximum current (I max3) to at least a third lighting device of the system, wherein the third maximum current (I max3) equals the sum of at least a share of the first maximum current (I max1, I max1') and at least a share of the second maximum current (I max2, I max2'). at least a first output channel (2, 2') and at least a second output channel (3, 3'), wherein the first output channel (2, 2') is adapted to provide a first maximum current (I max1, I max1') to at least a first lighting device of the system, and the second output channel (3, 3') is adapted to provide a second maximum current (I max2, I max2') to at least a second lighting device of the system, wherein at least the first and second output channels (2, 2', 3, 3') are suited to be combined into a third output channel, wherein the third output channel provides a third maximum current (I max3) to at least a third lighting device of the system, wherein the third maximum current (I max3) equals the sum of at least a share of the first maximum current (I max1, I max1') and at least a share of the second maximum current (I max2, I max2').
Non-therapeutic use of one or more compounds of the formula and/or where R1 and R2 stand, independently of one another, for hydrogen, C1- to C12-alkoxy or C1- to C12-alkyl, as antioxidant.
A device for supplying a house with electrical energy, said device comprising - a grid connection unit for energy flow connection to an external energy grid; - a load connection unit for a three-phase house grid; - at least one inverter unit (8,8',10); - an energy storage unit; - a control unit, and - a switching unit, and - a three-phase measuring module comprising a first measuring device; wherein the at least one inverter unit (8,8',10) is provided to convert energy from the energy storage unit and an energy generation unit (7,7'); wherein an input of the three-phase measuring module is connected in an electrically conductive manner to an output of the at least one inverter unit (8,8',10) via an electrical connection; wherein the grid connection unit is connected in an electrically conductive manner to the input of the three-phase measuring module via a first electric line, and wherein the load connection unit is connected in an electrically conductive manner to an output of the three-phase measuring module via a second electric line; characterized in that - the inverter (8, 8', 10), energy storage, control and switching units and the three-phase measuring module are arranged in a housing, which is separate from the grid connection unit and the load connection unit and which has the measuring module assigned to it for full three-phase energy measurement within the device, and - the first measuring device measures the electrical power of the house grid applied to the load connection unit. - a grid connection unit for energy flow connection to an external energy grid; - a load connection unit for a three-phase house grid; - at least one inverter unit (8,8',10); - an energy storage unit; - a control unit, and - a switching unit, and - a three-phase measuring module comprising a first measuring device; wherein the at least one inverter unit (8,8',10) is provided to convert energy from the energy storage unit and an energy generation unit (7,7'); - the inverter (8, 8', 10), energy storage, control and switching units and the three-phase measuring module are arranged in a housing, which is separate from the grid connection unit and the load connection unit and which has the measuring module assigned to it for full three-phase energy measurement within the device, and - the first measuring device measures the electrical power of the house grid applied to the load connection unit.
A dishwashing machine, comprising: a tub configured to accommodate tableware; a nozzle assembly configured to spray washing water; a vane assembly configured to change a traveling direction of the washing water sprayed from the nozzle assembly and move linearly inside the tub; a user interface configured to receive a divided washing zone selected by a user and including a washing zone selection unit configured to select the divided washing zone and a washing course selection unit configured to select a washing method of the divided washing zone; and a control unit configured to control movement of the vane assembly to wash the selected divided zone with the washing water including the changed traveling direction; characterized in that the control unit is configured to: determine a linear movement range of the vane assembly according to the divided washin g zone, and control a movement speed of the vane assembly according to the selected washing metho d of the divided washing zone. a tub configured to accommodate tableware; a nozzle assembly configured to spray washing water; a vane assembly configured to change a traveling direction of the washing water sprayed from the nozzle assembly and move linearly inside the tub; a user interface configured to receive a divided washing zone selected by a user and including a washing zone selection unit configured to select the divided washing zone and a washing course selection unit configured to select a washing method of the divided washing zone; and a control unit configured to control movement of the vane assembly to wash the selected divided zone with the washing water including the changed traveling direction; characterized in that the control unit is configured to: determine a linear movement range of the vane assembly according to the divided washin g zone, and control a movement speed of the vane assembly according to the selected washing metho d of the divided washing zone. determine a linear movement range of the vane assembly according to the divided washin g zone, and control a movement speed of the vane assembly according to the selected washing metho d of the divided washing zone.
A vehicle seat with a seat section, a backrest and a fitting (54, 54'), in particular a back seat, wherein the backrest and the fitting (54, 54') in relation to the body of the vehicle is intended to be pivotable around a first rotational axis, wherein the first rotational axis is arranged underneath the seat section or behind the backrest, wherein, when the fitting (54, 54') is rotated around the first rotational axis, a simultaneous rotation of the backrest in relation to the fitting (54, 54') is provided for, wherein the rotational setting of the backrest in relation to the seat section is designed to be largely unchanged, characterised in that the backrest in relation to the fitting (54, 54') is intended to be pivotable around a second rotational axis, wherein the rotational setting of the backrest in relation to the fitting (54, 54') around the second rotational axis is provided for in a third position and a fourth position, wherein the third position corresponds to a normal position and wherein the fourth position corresponds to a folded position, wherein the backrest can be shifted backwards again a little, essentially parallel, by turning the fitting (54, 54') around both rotational axes (56, 58), in order to close any gap to the loading floor of the vehicle located behind it.
An image forming apparatus, comprising a blanket cylinder including an image forming blanket; an impression cylinder; a determination unit to determine a type of a raised support image having a support perimeter to be printed on an impression media corresponding to a type of media; a print unit to print the image to be transferred by the image forming blanket to the media and print the raised support image on the impression media, or a print unit to print the image to be transferred by the image forming blanket to the media and a supplemental print unit to print the raised support image on the impression media, wherein the raised support image is determined by the determination unit to be printed on the impression media such that the support perimeter is smaller than the media perimeter, the impression media is adapted to receive the raised support image, the apparatus is adapted such that the media and the impression media enter a nip between the blanket cylinder and the impression cylinder whereby the image forming blanket transfers the image to a front surface of the media from the image forming blanket by contacting the media and bending the edge portion of the media about the raised support image.
A mobile terminal comprising a system for ejecting a stopper of the mobile terminal, wherein the system for ejecting the stopper of the mobile terminal comprises a bracket, a stopper body which is placed in the bracket, an ejecting spring arranged between a bottom edge of the stopper body and the bracket, and a magnetic module, the mobile terminal characterized in that the bracket is a U-shaped bracket detachably connected with the mobile terminal, the bracket comprises a limiting lug boss being partially or totally a magnetic substance and arranged on one side wall of the U-shaped bracket, and a first lug boss is arranged on another side wall of the U-shaped bracket; the stopper body is provided with an accommodation space, a limiting groove corresponding to the limiting lug boss is formed in a middle upper part of an outer wall of one side of the stopper body, and the stopper body is fixed in the bracket by clamping between the limiting lug boss and the limiting groove; when the limiting lug boss is clamped with the limiting groove, a second lug boss formed in a middle lower part of an outer wall of the other side of the stopper body is positioned below the first lug boss, and the second lug boss forms spaced buckling with the first lug boss; the magnetic module is an electromagnetic module configured to attract the limiting lug boss to be separated from the limiting groove when being energized, and the ejecting spring is arranged to eject the stopper body; wherein, when the bottom edge of the stopper body is ejected under an action of a thrust of the ejecting spring, the stopper body is ejected by a certain distance, and then the second lug boss on the stopper body is pressed against the first lug boss on the U-shaped bracket to block and stop the stopper body from being continued to be ejected.
Apparatus for preparing foamed milk comprising supply means for a liquid milk product, foaming means which are able and configured to form the milk product in a production cycle to foamed milk, in particular at least substantially unheated foamed milk, and a product outlet at which the formed foamed milk is receivable, wherein the supply means, the foaming means and product outlet are mutually coupled by a product conduit, and wherein a cleaning device is provided which is able and configured to guide a flushing liquid in a flushing path through at least the foaming means and at least a part of the product conduit during a flushing cycle, characterized in that the cleaning device comprises injecting means which are able and configured to introduce a gas, in particular direct ambient air, into the flushing liquid in the flushing path during the flushing cycle, and in that a system of switchable valves and at least a recirculation conduit are provided which are switched during the flushing cycle in order to recirculate the flushing liquid a least a number of times in the flushing path through the product conduit and the foaming means.
A method of controlling viewing apparatus for viewing a 3D image, the viewing apparatus comprising shutter glasses which comprise a first viewing window for a viewer's left eye and a second viewing window for a viewer's right eye, the method comprising: controlling the viewing windows (106, 108) such that for 3D viewing of a 3D image, a left side image of the 3D image passes only through the first viewing window and a right side image of the 3D image passes only through the second viewing window; wherein the 3D image is received from a display apparatus (102, 402) in communication with the viewing apparatus, the display apparatus (102, 402) comprising a 3D engine which is configured to control the 3D output of the display apparatus (102, 402); and characterised in that the method comprises controlling the viewing windows (106, 108) such that when a 2D image or a 3D on-screen display image is being presented in addition to the 3D image, only one of the first and second viewing windows (106, 108) passes light for the images for viewing by a viewer during the presentation, with the 3D engine continuing to operate such that the display apparatus (102, 402) continues to output the 3D image data when the 2D image or a 3D on-screen display image is displayed by the viewing apparatus. controlling the viewing windows (106, 108) such that for 3D viewing of a 3D image, a left side image of the 3D image passes only through the first viewing window and a right side image of the 3D image passes only through the second viewing window; wherein the 3D image is received from a display apparatus (102, 402) in communication with the viewing apparatus, the display apparatus (102, 402) comprising a 3D engine which is configured to control the 3D output of the display apparatus (102, 402); and characterised in that the method comprises controlling the viewing windows (106, 108) such that when a 2D image or a 3D on-screen display image is being presented in addition to the 3D image, only one of the first and second viewing windows (106, 108) passes light for the images for viewing by a viewer during the presentation, with the 3D engine continuing to operate such that the display apparatus (102, 402) continues to output the 3D image data when the 2D image or a 3D on-screen display image is displayed by the viewing apparatus.
An anti-PRL-1 antibody that is capable of inhibiting protein tyrosine phosphatase activity of PRL-1 for use in a method of treatment or prevention of cancer or metastasis thereof, the method involving administering the antibody to an individual that has a PRL-1 expressing cancer, wherein the antibody is a whole antibody.
A flash light module comprising a housing carrying a visible flash light emitter configured to emit a flash light beam, an optical element arranged in front of the visible flash light emitter and configured as flash light lens to shape the flash light beam emitted from the visible flash light emitter along an optical axis of the optical element, and at least one additional emitter arranged at a second distance from the visible flash light emitter perpendicular to the optical axis and configured to emit non-visible light, the non-visible light being suitable for inspection purposes or for remote communication to control, preferably to remote control, external electronic devices comprising corresponding receivers for the non-visible light, wherein the additional emitter, the orientation of the additional emitter, the flash light lens and the second distance, are configured such that the non-visible light is emitted from the flash light lens to the environment along a non-visible light direction and with an average emitting angle α between the non-visible light emitting direction and the optical axis, the average emitting angle α being the average angle of the non-visible light emitted in an emitting cone from the flash light lens to the environment, and characterized in that, the additional emitter and the flash light lens are arranged in order to enable the additional emitter to emit the non-visible light through the flash light lens under the average angle α. a visible flash light emitter configured to emit a flash light beam, an optical element arranged in front of the visible flash light emitter and configured as flash light lens to shape the flash light beam emitted from the visible flash light emitter along an optical axis of the optical element, and at least one additional emitter arranged at a second distance from the visible flash light emitter perpendicular to the optical axis and configured to emit non-visible light, the non-visible light being suitable for inspection purposes or for remote communication to control, preferably to remote control, external electronic devices comprising corresponding receivers for the non-visible light, wherein the additional emitter, the orientation of the additional emitter, the flash light lens and the second distance, are configured such that the non-visible light is emitted from the flash light lens to the environment along a non-visible light direction and with an average emitting angle α between the non-visible light emitting direction and the optical axis, the average emitting angle α being the average angle of the non-visible light emitted in an emitting cone from the flash light lens to the environment, and characterized in that, the additional emitter and the flash light lens are arranged in order to enable the additional emitter to emit the non-visible light through the flash light lens under the average angle α.
A lead system for use with a Percutaneous Electrical Phrenic Nerve Stimulation, PEPNS, system comprising: a first lead, the first lead having i. a housing containing at least two or more pacing electrodes spaced apart in a linear arrangement and ii. an identifying resistor, wherein each of the pacing electrodes and the identifying resistor are configured to be in separate electrical communication with a controller of the PEPNS system. a first lead, the first lead having i. a housing containing at least two or more pacing electrodes spaced apart in a linear arrangement and ii. an identifying resistor, i. a housing containing at least two or more pacing electrodes spaced apart in a linear arrangement and ii. an identifying resistor, wherein each of the pacing electrodes and the identifying resistor are configured to be in separate electrical communication with a controller of the PEPNS system.
Device for two- or three-dimensional bending of profiles by means of rolling, wherein shaping rolls (3, 4) matching at least one circumferential section of the profile are arranged adjacent to one another on the circumference of the profile, characterised in that at least one of the rolls is designed in such a way as to be flexible with respect to the dimensions of its peripheral roll surface which is in contact with the profile surface, so that the roll changes its dimension parallel to its axis of rotation in the case of mechanical contact with one or more of the rolls rolling adjacent to the profile in such a way that the rolls (3, 4) rolling adjacent to the profile can form the profile accurate regarding the corner without mutual interference.
An in-wheel motor drive assembly comprising: a motor unit that is configured to drivingly rotate a motor-side rotating member; a speed reduction unit that is configured to reduce the rotational speed of the motor-side rotating member and transmit the reduced rotation to a wheel-side rotating member; a wheel hub that is fixedly coupled to the wheel-side rotating member; a wheel hub bearing that is configured to rotatably support the wheel hub; a casing that covers the motor unit or the speed reduction unit; characterized by further comprising an attachment portion that is provided at the casing; a plurality of sensors that are mounted on the attachment portion and capable of detecting strain generated in the attachment portion; and a signal processor that is configured to calculate rotational torque in a rotational direction (r) imposed on a wheel on the basis of strain signals output from the sensors. a motor unit that is configured to drivingly rotate a motor-side rotating member; a speed reduction unit that is configured to reduce the rotational speed of the motor-side rotating member and transmit the reduced rotation to a wheel-side rotating member; a wheel hub that is fixedly coupled to the wheel-side rotating member; a wheel hub bearing that is configured to rotatably support the wheel hub; a casing that covers the motor unit or the speed reduction unit; characterized by further comprising an attachment portion that is provided at the casing; a plurality of sensors that are mounted on the attachment portion and capable of detecting strain generated in the attachment portion; and a signal processor that is configured to calculate rotational torque in a rotational direction (r) imposed on a wheel on the basis of strain signals output from the sensors.