mhurhangee/ep-ind-claims huggingface dataset:
An electronic musical candle, comprising a candle shell having an opening in one end, a simulated flame body, a loudspeaker and a light emitting diode, wherein the loudspeaker and the light emitting diode are fixed at the top end of the interior of the candle shell; accommodating slots for accommodating an integrated chip and a single chip microcomputer circuit control board are formed in the inner wall of the candle shell; the integrated chip integrates a pressure sensor, an analog-digital converter, a Bluetooth receiver, a protocol decoding chip and a data decoding chip; the pressure sensor is electrically connected with the analog-digital converter; the analog-digital converter is connected to a port P1.0 of the control circuit board; the Bluetooth receiver, the protocol decoding chip and the data decoding chip are electrically connected in sequence; the data decoding chip is connected to ports P2.0 to P2.7 of a control circuit board; a port P3.0 of the control circuit board is electrically connected with the light emitting diode, and a port P4.0 is electrically connected with the loudspeaker; the front end of the pressure sensor is also provided with a flow guide tube which passes through the top of the candle shell and extends outward; the Bluetooth receiver may receive a Bluetooth signal sent by a smart phone; the bottom end of the candle shell is also provided with a memory card slot where a memory card may be plugged; the memory card slot is electrically connected with the control circuit board; and the bottom of the candle shell is also provided with three buttons for switching or pausing and playing a song, a switching pick for switching a Bluetooth function and a memory card playback function, and a charging port connected to a power supply; and wherein a limiting channel is also inwards arranged at an opening of the candle shell along an axial direction; a supporting rod is arranged in the limiting channel; the top of the supporting rod is fixedly connected with the simulated flame body; the bottom of the supporting rod is a spherical rotating ball; the middle part of the supporting rod is fixedly connected with a ring magnet; a circle of auxiliary magnetic pole is arranged at a part, having an equal height to the ring magnet, in the candle shell; a supporting pillar is arranged at the bottom end of the interior of the candle shell; and a bowl-shaped supporting slot matched with the spherical rotating ball is formed in the top end of the supporting pillar.
A producing method for an electrical insulating structure that covers an outer surface of a to-be-insulated object, the method comprising: a taping step of winding a main insulation tape on outside of the to-be-insulated object; a vacuum drawing step, which is performed after the taping step, of vacuum drawing the tape-wound to-be-insulated object; and an impregnation step, which is performed after the vacuum drawing step, of injecting an impregnating macromolecular polymer (44, 47) to impregnate the to-be-insulated object therewith, characterized in that the method further comprises a spraying step of spraying microcapsules which contain first nanoparticles onto the outer surface of the wound main insulation tape after the taping step and before the vacuum drawing step, and the impregnation step has a step of the impregnating macromolecular polymer permeating the main insulation tape to dissolve and disrupt the microcapsules containing the first nanoparticles. a taping step of winding a main insulation tape on outside of the to-be-insulated object; a vacuum drawing step, which is performed after the taping step, of vacuum drawing the tape-wound to-be-insulated object; and an impregnation step, which is performed after the vacuum drawing step, of injecting an impregnating macromolecular polymer (44, 47) to impregnate the to-be-insulated object therewith, characterized in that the method further comprises a spraying step of spraying microcapsules which contain first nanoparticles onto the outer surface of the wound main insulation tape after the taping step and before the vacuum drawing step, and the impregnation step has a step of the impregnating macromolecular polymer permeating the main insulation tape to dissolve and disrupt the microcapsules containing the first nanoparticles.
A nitric oxide delivery system comprising a nasal cannula, wherein the system delivers a pulse of a gas comprising nitric oxide to a patient in need thereof, wherein the pulse is delivered through the nasal cannula comprising a cannula nosepiece comprising a "U" shaped segment of a nitric oxide flow path where retrograde flow occurs comprising two nares and a backplane having a volume that is less than 20% of the volume of pulse of the gas comprising nitric oxide and characterised in that the "U" shaped segment of the nitric oxide flow path has a volume less than or equal to 0.035ml.
A method of selecting text when an indicator is in a first text field on a display of a portable electronic device, the method comprising: - receiving a scrolling input at a navigation device of the portable electronic device, the navigation device being capable of receiving gesture inputs including the scrolling input; - moving the indicator to a second text field adjacent to the first text field when a tab function is available, wherein the tab function is available - when the scrolling input moves the indicator up from the top line of the first text field or down from the bottom line of the first text field when the first and second text fields are arranged vertically or - when the scrolling input moves the indicator left from the left boundary of the first text field or right from the right boundary of the first text field and the first and second text fields are arranged horizontally; characterised in the method further comprising selecting the first text field when the tab function is unavailable, wherein the tab function is unavailable - when the scrolling input moves the indicator left or right beyond a boundary of the first text field when the text fields are arranged vertically or - when the scrolling input moves the indicator up or down beyond a boundary of the first text field when the text fields are arranged horizontally. - receiving a scrolling input at a navigation device of the portable electronic device, the navigation device being capable of receiving gesture inputs including the scrolling input; - moving the indicator to a second text field adjacent to the first text field when a tab function is available, wherein the tab function is available - when the scrolling input moves the indicator up from the top line of the first text field or down from the bottom line of the first text field when the first and second text fields are arranged vertically or - when the scrolling input moves the indicator left from the left boundary of the first text field or right from the right boundary of the first text field and the first and second text fields are arranged horizontally; - when the scrolling input moves the indicator left or right beyond a boundary of the first text field when the text fields are arranged vertically or - when the scrolling input moves the indicator up or down beyond a boundary of the first text field when the text fields are arranged horizontally.
A lithotripsy device, comprising: an ablation device configured to deliver ablation energy to a treatment site; a probe device configured to deliver excitation radiation to the treatment site, the excitation radiation being different from the ablation energy, wherein the probe device is configured to emit the excitation radiation in a pulsed manner; a radiation-receiving device configured to receive photoluminescence radiation emitted from the treatment site in response to being illuminated by the excitation radiation and to generate a detection signal in response to the received photoluminescence radiation, wherein the radiation-receiving device includes a device for phase sensitive detection of the received photoluminescence radiation; and a controller configured to determine one or more parameters based on the received photoluminescence radiation. an ablation device configured to deliver ablation energy to a treatment site; a probe device configured to deliver excitation radiation to the treatment site, the excitation radiation being different from the ablation energy, wherein the probe device is configured to emit the excitation radiation in a pulsed manner; a radiation-receiving device configured to receive photoluminescence radiation emitted from the treatment site in response to being illuminated by the excitation radiation and to generate a detection signal in response to the received photoluminescence radiation, wherein the radiation-receiving device includes a device for phase sensitive detection of the received photoluminescence radiation; and a controller configured to determine one or more parameters based on the received photoluminescence radiation.
An apparatus, comprising: a down hole housing; at least three extensible arms, each extensible arm attached at a first end to the housing, characterised by each extensible arm being attached at a second end to at least one set of rollers, each set of rollers having two rotational degrees of freedom, to enable the housing to move simultaneously along and about a longitudinal axis within a borehole in which the housing is disposed, when the set of rollers contacts a surface of the borehole. a down hole housing; at least three extensible arms, each extensible arm attached at a first end to the housing, characterised by each extensible arm being attached at a second end to at least one set of rollers, each set of rollers having two rotational degrees of freedom, to enable the housing to move simultaneously along and about a longitudinal axis within a borehole in which the housing is disposed, when the set of rollers contacts a surface of the borehole.
A lighting system comprising - an LED assembly comprising a first LED unit (70.1, 70.2, 70.3) and a capacitor connectable in parallel to the first LED unit by operating a switch connected in series with the capacitor; - a switched mode power supply for, in use, powering the LED assembly, and - a control unit comprising: - an input port for receiving an input signal; - an output port for providing a control signal to the switched mode power supply and the switch, the control unit being arranged to - receive an input signal representing a desired output characteristic of the LED assembly, - determine a power supply current for the switched mode power supply from the received input signal, - provide, via the output port, a power supply control signal to the switched mode power supply to control the switched mode power supply to provide the power supply current to the LED assembly; and characterised in that the control unit is arranged to - provide, via the output port, a switch control signal to control the switch based on the input signal, wherein the switch is controlled to switch the capacitor on when a comparatively high power output is required and wherein the switch is controlled to switch the capacitor off when a comparatively low power output is required. - an LED assembly comprising a first LED unit (70.1, 70.2, 70.3) and a capacitor connectable in parallel to the first LED unit by operating a switch connected in series with the capacitor; - a switched mode power supply for, in use, powering the LED assembly, and - a control unit comprising: - an input port for receiving an input signal; - an output port for providing a control signal to the switched mode power supply and the switch, the control unit being arranged to - an input port for receiving an input signal; - an output port for providing a control signal to the switched mode power supply and the switch, the control unit being arranged to - receive an input signal representing a desired output characteristic of the LED assembly, - determine a power supply current for the switched mode power supply from the received input signal, - provide, via the output port, a power supply control signal to the switched mode power supply to control the switched mode power supply to provide the power supply current to the LED assembly; and characterised in that the control unit is arranged to - provide, via the output port, a switch control signal to control the switch based on the input signal, wherein the switch is controlled to switch the capacitor on when a comparatively high power output is required and wherein the switch is controlled to switch the capacitor off when a comparatively low power output is required.
A heating assembly (130, 230), comprising: a preheating portion; and a vaporization portion (133, 233); circuit in which the preheating portion (131, 231) is located is connected in parallel with a circuit in which the vaporization portion (133, 233) is located; characterised in that the preheating portion is made of a porous ceramic, the preheating portion is made of a positive temperature coefficient thermosensitive material, and the vaporization portion (133, 233) is located on the preheating portion (131, 231). a preheating portion; and a vaporization portion (133, 233); circuit in which the preheating portion (131, 231) is located is connected in parallel with a circuit in which the vaporization portion (133, 233) is located; characterised in that the preheating portion is made of a porous ceramic, the preheating portion is made of a positive temperature coefficient thermosensitive material, and the vaporization portion (133, 233) is located on the preheating portion (131, 231).
A razor cartridge handle configured to be connected to a first type razor cartridge, and configured to be connected to a second type razor cartridge, wherein the first type razor cartridge is different from the second type razor cartridge, the handle comprising: a first assembly configured to connect the first type razor cartridge to a cartridge end of the handle; and a second assembly configured to connect the second type razor cartridge to the cartridge end of the handle; wherein the first and second assemblies (58, 80) are configured so that only a single razor cartridge can be attached to the handle at a time, which attached razor cartridge is either the first type razor cartridge or the second type razor cartridge; a razor cartridge ejector operable to selectively eject an attached first type razor cartridge and operable to selectively eject an attached second type razor cartridge; and a plunger with a distal end, which plunger is normally biased to a position where the distal end of the plunger is in contact with the attached razor cartridge. a first assembly configured to connect the first type razor cartridge to a cartridge end of the handle; and a second assembly configured to connect the second type razor cartridge to the cartridge end of the handle; wherein the first and second assemblies (58, 80) are configured so that only a single razor cartridge can be attached to the handle at a time, which attached razor cartridge is either the first type razor cartridge or the second type razor cartridge; a razor cartridge ejector operable to selectively eject an attached first type razor cartridge and operable to selectively eject an attached second type razor cartridge; and a plunger with a distal end, which plunger is normally biased to a position where the distal end of the plunger is in contact with the attached razor cartridge.
A multiaxial connector for connecting a first implanted device to a second implanted device, characterised by comprising: a female driveline cable-side connector, including: a lumen; a platinum iridium tuning fork-shaped connector disposed in the lumen; an o-ring surrounding an interior wall of the lumen; a first cantilevered tactile feedback element; a male device-side connector, including: a platinum iridium electrical pin configured to be inserted into the platinum iridium tuning fork-shaped connector to make an electrical connection therebetween; a ceramic sheath covering a portion of the platinum iridium electrical pin, the ceramic sheath configured to provide electrical isolation for the platinum iridium electrical pin, the ceramic sheath further being configured to engage the o-ring to prevent fluid from interrupting the electrical connection; a second cantilevered tactile feedback element configured to engage the first cantilevered tactile feedback element so as to provide a user with a tactile response when the electrical connection is made; a locking mechanism configured to secure the female driveline cable-side connector to the male device-side connector. a lumen; a platinum iridium tuning fork-shaped connector disposed in the lumen; an o-ring surrounding an interior wall of the lumen; a first cantilevered tactile feedback element; a male device-side connector, including: a platinum iridium electrical pin configured to be inserted into the platinum iridium tuning fork-shaped connector to make an electrical connection therebetween; a ceramic sheath covering a portion of the platinum iridium electrical pin, the ceramic sheath configured to provide electrical isolation for the platinum iridium electrical pin, the ceramic sheath further being configured to engage the o-ring to prevent fluid from interrupting the electrical connection; a second cantilevered tactile feedback element configured to engage the first cantilevered tactile feedback element so as to provide a user with a tactile response when the electrical connection is made; a locking mechanism configured to secure the female driveline cable-side connector to the male device-side connector. a platinum iridium electrical pin configured to be inserted into the platinum iridium tuning fork-shaped connector to make an electrical connection therebetween; a ceramic sheath covering a portion of the platinum iridium electrical pin, the ceramic sheath configured to provide electrical isolation for the platinum iridium electrical pin, the ceramic sheath further being configured to engage the o-ring to prevent fluid from interrupting the electrical connection; a second cantilevered tactile feedback element configured to engage the first cantilevered tactile feedback element so as to provide a user with a tactile response when the electrical connection is made; a locking mechanism configured to secure the female driveline cable-side connector to the male device-side connector.
A biomaterial detecting device, comprising: a head; a tube coupler protruded downwardly from the head and being configured to be inserted into and coupled with a tube containing a sample of biomaterial; a rod extended downwardly from the tube coupler; and a detector formed at a lower side of the rod, characterized in that the detector includes materials arrayed on a lower surface thereof, the materials being selected from the group consisting of protein, nucleic acid, peptide nucleic acid, aptamer, and antibody, and the biomaterial detecting device further comprises a direction indicator for confirming a direction of the biomaterial detecting device and the direction indicator is formed on one side of a lower surface of the tube coupler. a head; a tube coupler protruded downwardly from the head and being configured to be inserted into and coupled with a tube containing a sample of biomaterial; a rod extended downwardly from the tube coupler; and a detector formed at a lower side of the rod, characterized in that the detector includes materials arrayed on a lower surface thereof, the materials being selected from the group consisting of protein, nucleic acid, peptide nucleic acid, aptamer, and antibody, and the biomaterial detecting device further comprises a direction indicator for confirming a direction of the biomaterial detecting device and the direction indicator is formed on one side of a lower surface of the tube coupler.
A method for the optical testing of objects to be tested - test objects - during the production and/or packaging of cigarettes, in particular of cigarette packs and/or blanks (14, 22) for cigarette packs and/or overprints and/or print substrates on or for cigarette packs, with the aid of a suitable testing device, characterized by the following features: a) for at least one feature characterizing the test object (10, 14, 18, 29, 30), in particular in a visual respect, a set of feature-value alternatives (31a-c: 32a-b) for the corresponding feature that are stored in a memory is displayed on a display means, b) by means of an input device one of the displayed feature values of the set of feature-value alternatives (31a-c: 32a-b) is selected, c) the testing device is automatically set up or preset for the subsequent testing operations, with the selection of the feature value (31a; 32a) influencing the setting up of the testing device, d) the test objects (10, 14, 18, 29, 30) are tested with the set-up testing device. a) for at least one feature characterizing the test object (10, 14, 18, 29, 30), in particular in a visual respect, a set of feature-value alternatives (31a-c: 32a-b) for the corresponding feature that are stored in a memory is displayed on a display means, b) by means of an input device one of the displayed feature values of the set of feature-value alternatives (31a-c: 32a-b) is selected, c) the testing device is automatically set up or preset for the subsequent testing operations, with the selection of the feature value (31a; 32a) influencing the setting up of the testing device, d) the test objects (10, 14, 18, 29, 30) are tested with the set-up testing device.