mhurhangee/patent-ind-claim-en huggingface dataset:
An imaging system comprising: an imaging unit comprising a first wide-angle imaging optical system and a second wide-angle imaging optical system, configured to capture omnidirectional video images of a plurality of frames captured at a predetermined frame rate, wherein the frames captured by the imaging unit include a first partial image captured by the first wide-angle imaging optical system and a second partial image captured by the second wide-angle imaging optical system, a detecting unit to detect tilt angles of the imaging unit with respect to a reference direction; a recording unit to record time-series data of the tilt angles detected by the detecting unit such that the frames and the tilt angles are stored in synchronization with each other, at the same rate as the frame rate of the image data, or such that the tilt angles are stored to correspond one-to-one to the frames; a correcting unit to apply tilt correction to an omnidirectional image of each of the frames captured by the imaging unit, based on the time-series data of the tilt angles recorded by the recording unit and additional information unique to the imaging unit and needed to convert the images, so that a zenith direction of the omnidirectional images coincides with the direction of gravity; and a video generating unit to generate video data based on the image of each of the frames corrected by the correcting unit. an imaging unit comprising a first wide-angle imaging optical system and a second wide-angle imaging optical system, configured to capture omnidirectional video images of a plurality of frames captured at a predetermined frame rate, wherein the frames captured by the imaging unit include a first partial image captured by the first wide-angle imaging optical system and a second partial image captured by the second wide-angle imaging optical system, a detecting unit to detect tilt angles of the imaging unit with respect to a reference direction; a recording unit to record time-series data of the tilt angles detected by the detecting unit such that the frames and the tilt angles are stored in synchronization with each other, at the same rate as the frame rate of the image data, or such that the tilt angles are stored to correspond one-to-one to the frames; a correcting unit to apply tilt correction to an omnidirectional image of each of the frames captured by the imaging unit, based on the time-series data of the tilt angles recorded by the recording unit and additional information unique to the imaging unit and needed to convert the images, so that a zenith direction of the omnidirectional images coincides with the direction of gravity; and a video generating unit to generate video data based on the image of each of the frames corrected by the correcting unit.
Emergency release device for a vehicle brake, in particular for a parking brake of an undercarriage of a rail vehicle, having at least one emergency release pull, which can be connected to a brake device, and at least one mechanical actuating device, which can be connected to the at least one emergency release pull, characterised in that the at least one actuating device can be connected to a carriage body in a manner projecting above a vehicle floor and has a force multiplier .
A method of identifying whether a nucleotide is a nucleotide comprising a base complementary to the next base of a template strand immediately downstream of a primer in a primed template nucleic acid molecule, said method comprising: (a) providing the primed template nucleic acid molecule; (b) contacting the primed template nucleic acid molecule with a first reaction mixture that comprises a polymerase and a plurality of different nucleotide molecules, whereby a stabilized ternary complex forms, said stabilized ternary complex comprising one of the plurality of different nucleotide molecules; (c) contacting the primed template nucleic acid molecule, after step (b), with a second reaction mixture that comprises at least one of the different nucleotide molecules and that does not comprise a first nucleotide molecule of the plurality of different nucleotide molecules; (d) monitoring interaction of the polymerase and the primed template nucleic acid molecule in the second reaction mixture, without incorporating any nucleotide into the primer, to detect any of the stabilized ternary complex remaining after step (c); and (e) determining either that: (i) the first nucleotide molecule comprises the base complementary to the next base of the template strand if the stabilized ternary complex dissociates in step (d); or (ii) the first nucleotide molecule does not comprises the base complementary to the next base of the template strand if the stabilized ternary complex is retained in step (d). (a) providing the primed template nucleic acid molecule; (b) contacting the primed template nucleic acid molecule with a first reaction mixture that comprises a polymerase and a plurality of different nucleotide molecules, whereby a stabilized ternary complex forms, said stabilized ternary complex comprising one of the plurality of different nucleotide molecules; (c) contacting the primed template nucleic acid molecule, after step (b), with a second reaction mixture that comprises at least one of the different nucleotide molecules and that does not comprise a first nucleotide molecule of the plurality of different nucleotide molecules; (d) monitoring interaction of the polymerase and the primed template nucleic acid molecule in the second reaction mixture, without incorporating any nucleotide into the primer, to detect any of the stabilized ternary complex remaining after step (c); and (e) determining either that: (i) the first nucleotide molecule comprises the base complementary to the next base of the template strand if the stabilized ternary complex dissociates in step (d); or (ii) the first nucleotide molecule does not comprises the base complementary to the next base of the template strand if the stabilized ternary complex is retained in step (d). (i) the first nucleotide molecule comprises the base complementary to the next base of the template strand if the stabilized ternary complex dissociates in step (d); or (ii) the first nucleotide molecule does not comprises the base complementary to the next base of the template strand if the stabilized ternary complex is retained in step (d).
Gel-based room temperature indicator comprising: a gel; and a specifically designed polypropylene container; wherein the said gel comprises: 60-85 wt% of water; 10-30 wt% of propylene glycol; 1-5 wt% of cellulose gum; 0.1-0.5 wt% of aluminum sulphate; 0.05-0.10 wt% of sodium bicarbonate; 0.1-0.5 wt% of dowicil 75®; 0.01-0.05 wt% of methamine; 0.001-0.005 wt% of 1, 3-dichloropropene; and 0.001-0.005 wt% of dichloromethane; and wherein the said indicator is configured to be fixed directly to a temperature sensor. 60-85 wt% of water; 10-30 wt% of propylene glycol; 1-5 wt% of cellulose gum; 0.1-0.5 wt% of aluminum sulphate; 0.05-0.10 wt% of sodium bicarbonate; 0.1-0.5 wt% of dowicil 75®; 0.01-0.05 wt% of methamine; 0.001-0.005 wt% of 1, 3-dichloropropene; and 0.001-0.005 wt% of dichloromethane; and
A smoking substitute apparatus , comprising: a housing having an air inlet ; an outlet in communication with the air inlet through a flow passage defined therebetween; a liquid storage reservoir configured to store a liquid aerosol precursor ; a vaporisation chamber configured to generate an aerosol from the liquid aerosol precursor , the vaporisation chamber being in communication with the flow passage and configured to deliver aerosol to the flow passage ; a wick extending from the liquid storage reservoir and into the vaporisation chamber ; wherein the wick comprises a heatable portion arranged to generate the aerosol, wherein the heatable portion of the wick is disposed outside of an air flow path along the flow passage , such that air flowing through the flow passage bypasses the heatable portion of the wick ; characterised in that the smoking substitute apparatus further comprises a base in contact with the heatable portion of the wick and arranged to receive a heater that is configured to heat the heatable portion of the wick via the base. a housing having an air inlet ; an outlet in communication with the air inlet through a flow passage defined therebetween; a liquid storage reservoir configured to store a liquid aerosol precursor ; a vaporisation chamber configured to generate an aerosol from the liquid aerosol precursor , the vaporisation chamber being in communication with the flow passage and configured to deliver aerosol to the flow passage ; a wick extending from the liquid storage reservoir and into the vaporisation chamber ; wherein the wick comprises a heatable portion arranged to generate the aerosol, wherein the heatable portion of the wick is disposed outside of an air flow path along the flow passage , such that air flowing through the flow passage bypasses the heatable portion of the wick ; characterised in that the smoking substitute apparatus further comprises a base in contact with the heatable portion of the wick and arranged to receive a heater that is configured to heat the heatable portion of the wick via the base.
A method of mounting a display in an electronic device , comprising a housing structure having a rectangular opening and inner surfaces that form an inwardly facing peripheral ledge that extends around a periphery of the rectangular opening comprising: overmolding a plastic display trim onto the inner surfaces using an injection molding tool , wherein the injection molding tool includes a molding die having a channel with a recess for accommodating plastic that is injected into the molding die for the plastic display trim; and after overmolding the plastic display trim , mounting the display in the plastic display trim by placing the display in the rectangular opening, wherein the display has opposing inner and outer surfaces, wherein light is emitted through the outer surface , and wherein a first portion of the plastic display trim is interposed between the inner surface of the display and the ledge and a second portion of the plastic display trim is interposed between an outer edge surface of the display and the ledge. overmolding a plastic display trim onto the inner surfaces using an injection molding tool , wherein the injection molding tool includes a molding die having a channel with a recess for accommodating plastic that is injected into the molding die for the plastic display trim; and after overmolding the plastic display trim , mounting the display in the plastic display trim by placing the display in the rectangular opening, wherein the display has opposing inner and outer surfaces, wherein light is emitted through the outer surface , and wherein a first portion of the plastic display trim is interposed between the inner surface of the display and the ledge and a second portion of the plastic display trim is interposed between an outer edge surface of the display and the ledge.
Depth-scanning interference microscope for determining a surface topography of a measurement object , comprising - a light source for illuminating the measurement object , a reference mirror and an image sensor , wherein a partial beam originating from the light source and reflected by the measurement object and a partial beam likewise originating from the light source and reflected at the reference mirror are superposed on the image sensor and are detected, - a monochromatic light source and a photosensor , wherein a partial beam originating from the monochromatic light source and reflected by the measurement object and a partial beam likewise originating from the monochromatic light source and reflected at the reference mirror are superposed on the photosensor , and - an adjustment device for displacing at least parts of the interference microscope and/or of the measurement object in order to vary the length of the partial beams reflected by the measurement object , wherein a drive is provided for periodically moving the reference mirror along its optical axis, characterized in that the depth-scanning interference microscope has a controller which is designed to operate the light source in a pulsed manner and in synchronism with the periodic movement of the reference mirror such that light is emitted only when the reference mirror is in the region of a point of reversal of its movement, and/or which is designed to operate the image sensor in synchronism with the periodic movement of the reference mirror such that an image signal is detected only when the reference mirror is in the region of a point of reversal of its movement. - a light source for illuminating the measurement object , a reference mirror and an image sensor , wherein a partial beam originating from the light source and reflected by the measurement object and a partial beam likewise originating from the light source and reflected at the reference mirror are superposed on the image sensor and are detected, - a monochromatic light source and a photosensor , wherein a partial beam originating from the monochromatic light source and reflected by the measurement object and a partial beam likewise originating from the monochromatic light source and reflected at the reference mirror are superposed on the photosensor , and - an adjustment device for displacing at least parts of the interference microscope and/or of the measurement object in order to vary the length of the partial beams reflected by the measurement object ,
A method for treating concrete wash water with carbon dioxide, which method comprises: (a) holding concrete wash water in a holding tank in which water is agitated to prevent settling of solids, a first conduit being operably connected to the holding tank, wherein the first conduit comprises an inlet from the holding tank to admit wash water to the first conduit and an outlet to replace wash water back in the holding tank after it has circulated through the first conduit; and (b) pumping wash water through the first conduit and introducing carbon dioxide into wash water pumped through the first conduit. (a) holding concrete wash water in a holding tank in which water is agitated to prevent settling of solids, a first conduit being operably connected to the holding tank, wherein the first conduit comprises an inlet from the holding tank to admit wash water to the first conduit and an outlet to replace wash water back in the holding tank after it has circulated through the first conduit; and (b) pumping wash water through the first conduit and introducing carbon dioxide into wash water pumped through the first conduit.
Device for moving a movable furniture part in an opening direction in relation to a basic structure of a piece of furniture , wherein the movable furniture part can be moved in the opening direction and in a closing direction, which is counter to the opening direction, via guide means , wherein the device has an energy store and an ejector , and therefore, when the device has been mounted on the piece of furniture , during an opening operation, the movable furniture part can be moved from the closed position, under the action of the energy store , in the opening direction by the energy store driving the ejector from a closed position of the ejector , in an opening movement of the ejector , in an opening direction, and the opening movement of the ejector can be transmitted to the movable furniture part , wherein a loading operation of the energy store is made possible during a closing movement of the ejector from an open position of the ejector in a closing direction, wherein the device has a locking arrangement with a triggering element , wherein the locking arrangement is designed so that, in a locking position of the locking arrangement , it retains the energy store in the loaded state, wherein, in a closing movement in the closing direction, the ejector can be moved from the closed position into a triggering position of the ejector , wherein the closing movement of the ejector can be transmitted to the triggering element , and therefore the triggering element can be moved from a rest position into a triggering position, wherein, in the triggering position of the triggering element , the energy store is present in an unlocked state, wherein the device has a guide track , wherein a triggering member is present in a guided state in the guide track , wherein the triggering member is connected to the ejector, and therefore the movement of the ejector in the opening and closing directions can be transmitted to the triggering member, characterized in that a slowing-down element is arranged in the guide track , wherein the slowing-down element is designed to use friction to delay a movement of the triggering member from the closed position into the triggering position.
A device comprising: one or more optical sensors configured to capture optical data associated with packaging of a waste product; a scale configured to determine a weight of the waste product ; a memory configured to store identification data associated with a plurality of waste products; and a processor coupled to the one or more optical sensors, to the scale, and to the memory, the processor configured to: determine product data from the optical data; search one or more data sources to identify the waste product and a composition of the waste product based on the product data; sort the waste product into a selected bin of a plurality of bins based on the composition; record the weight of the waste product to a record associated with the selected bin; and wherein, when the processor fails to identify the waste product based on the optical data, the processor is configured to: capture images of the packaging of the waste product in response to failure of the identification; and generate an output signal configured to control a sorting operation to store the waste product into a temporary bin . one or more optical sensors configured to capture optical data associated with packaging of a waste product; a scale configured to determine a weight of the waste product ; a memory configured to store identification data associated with a plurality of waste products; and a processor coupled to the one or more optical sensors, to the scale, and to the memory, the processor configured to: determine product data from the optical data; search one or more data sources to identify the waste product and a composition of the waste product based on the product data; sort the waste product into a selected bin of a plurality of bins based on the composition; record the weight of the waste product to a record associated with the selected bin; and wherein, when the processor fails to identify the waste product based on the optical data, the processor is configured to: capture images of the packaging of the waste product in response to failure of the identification; and generate an output signal configured to control a sorting operation to store the waste product into a temporary bin . determine product data from the optical data; search one or more data sources to identify the waste product and a composition of the waste product based on the product data; sort the waste product into a selected bin of a plurality of bins based on the composition; record the weight of the waste product to a record associated with the selected bin; and wherein, when the processor fails to identify the waste product based on the optical data, the processor is configured to: capture images of the packaging of the waste product in response to failure of the identification; and generate an output signal configured to control a sorting operation to store the waste product into a temporary bin . capture images of the packaging of the waste product in response to failure of the identification; and generate an output signal configured to control a sorting operation to store the waste product into a temporary bin .
A method for operating multiple objects on a pressure-sensitive touchscreen that is configured to detect pressure and location of a user touch input, the method comprising: classifying the detected pressure into at least two pressure levels; displaying the multiple objects on the pressure-sensitive touch screen, wherein the multiple objects are grouped into different groups; and detecting pressure and location of a user touch input on the pressure-sensitive touchscreen; characterized in that the method comprises: selecting a first group of objects to be operated among the different groups of the multiple objects according to the detected pressure and the classified at least two pressure levels, determining a first operation among at least two different operations according to the detected location of the user touch input on the pressure-sensitive touchscreen, wherein a different operation of the at least two operations is selected by a touch input operation at a corresponding different particular location on the touch-sensitive touchscreen; and performing the determined first operation on the selected first group of objects. classifying the detected pressure into at least two pressure levels; displaying the multiple objects on the pressure-sensitive touch screen, wherein the multiple objects are grouped into different groups; and detecting pressure and location of a user touch input on the pressure-sensitive touchscreen; characterized in that the method comprises: selecting a first group of objects to be operated among the different groups of the multiple objects according to the detected pressure and the classified at least two pressure levels, determining a first operation among at least two different operations according to the detected location of the user touch input on the pressure-sensitive touchscreen, wherein a different operation of the at least two operations is selected by a touch input operation at a corresponding different particular location on the touch-sensitive touchscreen; and performing the determined first operation on the selected first group of objects. selecting a first group of objects to be operated among the different groups of the multiple objects according to the detected pressure and the classified at least two pressure levels, determining a first operation among at least two different operations according to the detected location of the user touch input on the pressure-sensitive touchscreen, wherein a different operation of the at least two operations is selected by a touch input operation at a corresponding different particular location on the touch-sensitive touchscreen; and performing the determined first operation on the selected first group of objects.