mhurhangee/ep-ind-claims huggingface dataset:
A method, to be carried out in a first terminal, of generating a three-dimensional image in the first terminal in cooperation with a second terminal, the method comprising: extrapolating from a view image of an object acquired by the first terminal a view image of the object at a location that is an interocular distance away from the first terminal, wherein the extrapolated view image corresponds to a view image of the object to be acquired by the second terminal; transmitting the extrapolated view image to the second terminal, receiving, from the second terminal, a message which indicates that a distance between the first terminal and the second terminal is an optimal distance for 3D imaging, based on the transmitted extrapolated view image, wherein the optimal distance is related to similarity, determined by the second terminal, between the extrapolated image and a view image of the object viewed from the second terminal, generating a 3D image of the object by using the view image of the object acquired by the first terminal and the view image of the object acquired, when the first and second terminals are separated from each other by the distance between the first terminal and the second terminal which is based on the message, by the second terminal, wherein the view image of the object acquired by the second terminal is received from the second terminal. extrapolating from a view image of an object acquired by the first terminal a view image of the object at a location that is an interocular distance away from the first terminal, wherein the extrapolated view image corresponds to a view image of the object to be acquired by the second terminal; transmitting the extrapolated view image to the second terminal, receiving, from the second terminal, a message which indicates that a distance between the first terminal and the second terminal is an optimal distance for 3D imaging, based on the transmitted extrapolated view image, wherein the optimal distance is related to similarity, determined by the second terminal, between the extrapolated image and a view image of the object viewed from the second terminal, generating a 3D image of the object by using the view image of the object acquired by the first terminal and the view image of the object acquired, when the first and second terminals are separated from each other by the distance between the first terminal and the second terminal which is based on the message, by the second terminal, wherein the view image of the object acquired by the second terminal is received from the second terminal.
A nicotine powder delivery system, comprising: an inhaler article comprising; an inhaler body extending between a mouthpiece portion and a distal end portion; a nicotine powder receptacle disposed within the inhaler body and between the mouthpiece portion and the distal end portion; an air inlet port extending through the inhaler body and into the nicotine powder receptacle; a mouthpiece air channel fluidly connecting the nicotine powder receptacle with a proximal end of the mouthpiece portion; an end cap element formed of a piercable material that substantially closes a hole formed by a piercing element once the piercing element is removed; a nicotine powder capsule containing nicotine powder disposed within the nicotine powder receptacle, wherein the nicotine powder capsule rotates about a longitudinal axis when air flows from the air inlet port to the mouthpiece air channel, wherein the piercing element may pass through the end cap element and form a single aperture through the wall of the nicotine powder capsule. an inhaler article comprising; an inhaler body extending between a mouthpiece portion and a distal end portion; a nicotine powder receptacle disposed within the inhaler body and between the mouthpiece portion and the distal end portion; an air inlet port extending through the inhaler body and into the nicotine powder receptacle; a mouthpiece air channel fluidly connecting the nicotine powder receptacle with a proximal end of the mouthpiece portion; an end cap element formed of a piercable material that substantially closes a hole formed by a piercing element once the piercing element is removed; an inhaler body extending between a mouthpiece portion and a distal end portion; a nicotine powder receptacle disposed within the inhaler body and between the mouthpiece portion and the distal end portion; an air inlet port extending through the inhaler body and into the nicotine powder receptacle; a mouthpiece air channel fluidly connecting the nicotine powder receptacle with a proximal end of the mouthpiece portion; an end cap element formed of a piercable material that substantially closes a hole formed by a piercing element once the piercing element is removed; a nicotine powder capsule containing nicotine powder disposed within the nicotine powder receptacle, wherein the nicotine powder capsule rotates about a longitudinal axis when air flows from the air inlet port to the mouthpiece air channel, wherein the piercing element may pass through the end cap element and form a single aperture through the wall of the nicotine powder capsule.
A light source arranged to output light at a first wavelength, the light source comprising: a luminescent concentrator having a slab-shaped geometry, wherein the luminescent concentrator has a width to thickness ratio of greater than 7:1, the luminescent concentrator comprising: an input port arranged to receive light and define a first area; an output port arranged to transmit light and define a second area which is smaller than the first area; surfaces arranged to direct light inside the luminescent concentrator to the output port; wherein the luminescent concentrator further comprises lumophores arranged to receive light at a second wavelength and emit light at the first wavelength; and a pump light supply coupled to the input port and arranged to illuminate the input port with light at the second wavelength. a luminescent concentrator having a slab-shaped geometry, wherein the luminescent concentrator has a width to thickness ratio of greater than 7:1, the luminescent concentrator comprising: an input port arranged to receive light and define a first area; an output port arranged to transmit light and define a second area which is smaller than the first area; surfaces arranged to direct light inside the luminescent concentrator to the output port; wherein the luminescent concentrator further comprises lumophores arranged to receive light at a second wavelength and emit light at the first wavelength; and an input port arranged to receive light and define a first area; an output port arranged to transmit light and define a second area which is smaller than the first area; surfaces arranged to direct light inside the luminescent concentrator to the output port; wherein the luminescent concentrator further comprises lumophores arranged to receive light at a second wavelength and emit light at the first wavelength; and a pump light supply coupled to the input port and arranged to illuminate the input port with light at the second wavelength.
Device for applying an article such as a drinking straw or a label to a moving object, the device comprising an applicator member comprising a base element and an arm element, a biasing member, and an actuator shaft pivotable connected to the base element, wherein the actuator shaft is eccentrically arranged and rotatable about a first rotation axis, wherein a free end of the arm element comprises an applicator head which in response to rotation of the eccentrically arranged actuator shaft about the first rotation axis is cyclically movable between a retrieval position in which the applicator head is configured for retrieval of the article and an application position in which the applicator head is configured for applying the article to the object, characterized in that the device further comprises; a support member which is pivotable about a second rotation axis and slidingly supports a mid-section of the arm element of the applicator member, wherein the arm element is telescopically coupled to the base element such that the arm element is movable between a retracted state and an extended state, wherein the biasing member is configured to bias the arm element towards its extended state, wherein the arm element is configured to be brought to its retracted state during movement of the applicator head from the retrieval position to the application position, and wherein the arm element is configured to assume its extended state during movement of the applicator head from the application position to the retrieval position. an applicator member comprising a base element and an arm element, a biasing member, and an actuator shaft pivotable connected to the base element, wherein the actuator shaft is eccentrically arranged and rotatable about a first rotation axis, wherein a free end of the arm element comprises an applicator head which in response to rotation of the eccentrically arranged actuator shaft about the first rotation axis is cyclically movable between a retrieval position in which the applicator head is configured for retrieval of the article and an application position in which the applicator head is configured for applying the article to the object, characterized in that the device further comprises; a support member which is pivotable about a second rotation axis and slidingly supports a mid-section of the arm element of the applicator member, wherein the arm element is telescopically coupled to the base element such that the arm element is movable between a retracted state and an extended state, wherein the biasing member is configured to bias the arm element towards its extended state, wherein the arm element is configured to be brought to its retracted state during movement of the applicator head from the retrieval position to the application position, and wherein the arm element is configured to assume its extended state during movement of the applicator head from the application position to the retrieval position.
A proximity sensor for detecting a detection object using a magnetic field, comprising: a detection coil for generating the magnetic field, the detection coil comprising a first end and a second end; an excitation circuit for repeatedly supplying a pulsed excitation current to the detection coil, wherein the excitation circuit includes first to fourth switches (21, 22, 23, 24), wherein the first end of the detection coil is coupled between the first switch and the fourth switch, and the second end of the detection coil is coupled between the second switch and the third switch through an auxiliary coil; a detection circuit for detecting the detection object based on a voltage generated across the first end and the second end of the detection coil during a predetermined period after the supply of the excitation current is cut off, and a control circuit for controlling the excitation circuit so that a timing of cutting off the supply of the excitation current to the detection coil becomes aperiodic, wherein the control circuit is configured to alternately and repeatedly supply a first signal for turning on the first and second switches (21, 22) and a second signal for turning on the third and fourth switches (23, 24), so that periods from when the first signal falls to when the second signal falls become aperiodic. a detection coil for generating the magnetic field, the detection coil comprising a first end and a second end; an excitation circuit for repeatedly supplying a pulsed excitation current to the detection coil, wherein the excitation circuit includes first to fourth switches (21, 22, 23, 24), wherein the first end of the detection coil is coupled between the first switch and the fourth switch, and the second end of the detection coil is coupled between the second switch and the third switch through an auxiliary coil; a detection circuit for detecting the detection object based on a voltage generated across the first end and the second end of the detection coil during a predetermined period after the supply of the excitation current is cut off, and a control circuit for controlling the excitation circuit so that a timing of cutting off the supply of the excitation current to the detection coil becomes aperiodic, wherein the control circuit is configured to alternately and repeatedly supply a first signal for turning on the first and second switches (21, 22) and a second signal for turning on the third and fourth switches (23, 24), so that periods from when the first signal falls to when the second signal falls become aperiodic.
System for optimizing the recorded times in a regularity motor race, comprising: a) activation buttons (5, 6) foreseen to be activated by one of the competitors at the moment of passage of a front wheel of the car on a sensor, to indicate, on a screen, travel times during the last seconds of the regularity motor race; b) a chronometer (1, 8, 9) comprising a dual push button input, one for the button of the driver and the other for the button of the co-pilot; c) a dual headphones output (7a, 7b) adapted to connect to two headphones, one worn by the pilot and the other worn by the co-pilot, and configured to cause each headphone to receive the signal generated by its corresponding button (5, 6); d) one, two or more buttons in a keyboard associated with the chronometer (1, 8, 9) and configured to enable the crew (2, 3), using them alone or in combination and setting the chronometer, to identify conventionally the two buttons (5, 6) so that at any moment between a passage and the other, the crew (2, 3) is allowed to select the signal that is considered the most reliable. a) activation buttons (5, 6) foreseen to be activated by one of the competitors at the moment of passage of a front wheel of the car on a sensor, to indicate, on a screen, travel times during the last seconds of the regularity motor race; b) a chronometer (1, 8, 9) comprising a dual push button input, one for the button of the driver and the other for the button of the co-pilot; c) a dual headphones output (7a, 7b) adapted to connect to two headphones, one worn by the pilot and the other worn by the co-pilot, and configured to cause each headphone to receive the signal generated by its corresponding button (5, 6); d) one, two or more buttons in a keyboard associated with the chronometer (1, 8, 9) and configured to enable the crew (2, 3), using them alone or in combination and setting the chronometer, to identify conventionally the two buttons (5, 6) so that at any moment between a passage and the other, the crew (2, 3) is allowed to select the signal that is considered the most reliable.
A motorcycle comprising a main frame having a pair of right and left frame members (41a, 41a), an engine arranged below the main frame and a hydraulic braking device, wherein the hydraulic braking device has a hydraulic unit which incorporates a pump which generates or increases an operating hydraulic pressure to a braking portion of a wheel, and the hydraulic unit is arranged between the main frame and a crankcase of the engine in the vertical direction and is attached to the main frame so as to be detachable in the vehicle width direction wherein the hydraulic unit is attached to the main frame via a bracket, wherein the hydraulic unit is arranged near one end of the main frame in the vehicle width direction within the range surrounded by an outermost end line of the main frame in the vehicle width direction, characterized in that the bracket includes a main bracket member attached to the main frame, and a sub-bracket member, to which the hydraulic unit is attached, the sub-bracket member being detachably attached to the main bracket member, and wherein the hydraulic unit can be detached from the main bracket member together with the sub-bracket member to which the hydraulic unit is attached.
A composition for remedial control of termites wherein said composition comprises a molt-accelerating compound selected from halofenozide and a chitin synthesis inhibitor selected from hexaflumuron and/or noviflumuron, and wherein said termites are selected from Rhinoternaitidae, in particular Reticulitermes and Coptotermes species.
A power supply device comprising: a resistor that limits an electric current supplied from an alternating-current power supply; a switching unit that is connected in parallel with the resistor; a rectifier circuit unit that is connected to a subsequent stage of the resistor and the switching unit and rectifies an alternating-current voltage of the alternating-current power supply; a booster circuit unit that boosts a direct-current voltage rectified by the rectifier circuit unit; and a direct-current-voltage detection unit that detects a direct-current voltage output from the booster circuit unit; characterized in that the power supply device further comprises an alternating-current-voltage detection unit that detects an alternating-current voltage of the alternating-current power supply; a protection setting unit that calculates a first protection voltage on a basis of a boosting level by the booster circuit unit detected by the direct-current-voltage detection unit, calculates a second protection voltage on a basis of the alternating-current voltage detected by the alternating-current-voltage detection unit, compares the first protection voltage with the second protection voltage, and sets either one of the first protection voltage and the second protection voltage as a protection voltage; and a control unit that opens the switching unit when the direct-current voltage falls below the protection voltage set by the protection setting unit and stops boosting performed by the booster circuit unit. a resistor that limits an electric current supplied from an alternating-current power supply; a switching unit that is connected in parallel with the resistor; a rectifier circuit unit that is connected to a subsequent stage of the resistor and the switching unit and rectifies an alternating-current voltage of the alternating-current power supply; a booster circuit unit that boosts a direct-current voltage rectified by the rectifier circuit unit; and a direct-current-voltage detection unit that detects a direct-current voltage output from the booster circuit unit; characterized in that the power supply device further comprises an alternating-current-voltage detection unit that detects an alternating-current voltage of the alternating-current power supply; a protection setting unit that calculates a first protection voltage on a basis of a boosting level by the booster circuit unit detected by the direct-current-voltage detection unit, calculates a second protection voltage on a basis of the alternating-current voltage detected by the alternating-current-voltage detection unit, compares the first protection voltage with the second protection voltage, and sets either one of the first protection voltage and the second protection voltage as a protection voltage; and a control unit that opens the switching unit when the direct-current voltage falls below the protection voltage set by the protection setting unit and stops boosting performed by the booster circuit unit.
Mobile device comprising a visual input device for capturing external visual information (image; B,L,F) comprising real visual background information (L,F), a processing device for associating a selected application with the external visual information (image), and for executing of the selected application based on the external visual information (image) and on user-related input information, and for generating a visual output signal (P(n+1))related to at least one virtual visual object (WO(n+1)) in response to said application and said processing device is further adapted to provide said visual output signal (P(n+1)) to a projector device included within said mobile device such that said projector device will be adapted to project said visual output signal (P(n+1)) related to said at least one virtual visual object (WO(n+1)) onto said visual background, thereby modifying said external visual information, said external visual information (image; B,L,F) further comprising at least one virtual visual object (VVO(n)), characterized in that said processing device is further adapted to discriminate from said external visual information (image) received from said visual input device, said real visual background information (VBI(n+1)) and at least one virtual visual object (VVO(n)) earlier projected onto said background, and said processing device is further adapted to analyze said at least one virtual visual object (VVO(n)) and said real visual background information (VBI (n + 1)) so as to determine from them metadata information (M(n)).
A method for removing residual organic titanium from an aqueous solution of a polyester comprising residual organic titanium, comprising steps of: (a) adjusting pH of the aqueous solution to a value from 4.0 to 5.0 by adding phosphoric acid or an acidic salt thereof; (b) treating the aqueous solution obtained in step (a) with an oxidant that is hydrogen peroxide or peroxyacetic acid to result in a titanium-containing solid; and (c) removing the solid from the reaction mixture obtained in step (b). (a) adjusting pH of the aqueous solution to a value from 4.0 to 5.0 by adding phosphoric acid or an acidic salt thereof; (b) treating the aqueous solution obtained in step (a) with an oxidant that is hydrogen peroxide or peroxyacetic acid to result in a titanium-containing solid; and (c) removing the solid from the reaction mixture obtained in step (b).
A process for preparing a semi-permeable membrane, comprising the steps of: a. providing an aqueous phase comprising a polyfunctional amine monomer and vesicles comprising aquaporin proteins, b. covering a surface of a porous support membrane with the aqueous phase, c. applying an organic phase comprising a polyfunctional acyl halide monomer, a phosphorous containing compound and a co-solvent in a non-polar solvent, and d. allowing the polyfunctional amine monomer and the polyfunctional acyl halide monomer to perform an interfacial polymerization reaction to form a polyamide thin film composite layer, wherein the co-solvent to phosphorous containing compound concentration ratio is within the range from approximately 1:2.5 to approximately 4:1. a. providing an aqueous phase comprising a polyfunctional amine monomer and vesicles comprising aquaporin proteins, b. covering a surface of a porous support membrane with the aqueous phase, c. applying an organic phase comprising a polyfunctional acyl halide monomer, a phosphorous containing compound and a co-solvent in a non-polar solvent, and d. allowing the polyfunctional amine monomer and the polyfunctional acyl halide monomer to perform an interfacial polymerization reaction to form a polyamide thin film composite layer,
A filter comprising: an enclosure having two cavities (I00A, I00B) separated by a wall; a first transverse magnetic, TM, dual-mode resonator and a second TM dual-mode resonator, each TM dual-mode resonator having two modes and comprising a body having a central portion with a plurality of arms (16A, 16B, 18A, 18B) extending outwardly from the central portion; and a gradient aperture having an angle, a length, a position and a direction, formed in the wall for coupling between the two TM dual-mode resonators (16, 18), wherein the gradient aperture is configured to control the coupling and to determine a position of transmission zeros relative to the passband. an enclosure having two cavities (I00A, I00B) separated by a wall; a first transverse magnetic, TM, dual-mode resonator and a second TM dual-mode resonator, each TM dual-mode resonator having two modes and comprising a body having a central portion with a plurality of arms (16A, 16B, 18A, 18B) extending outwardly from the central portion; and a gradient aperture having an angle, a length, a position and a direction, formed in the wall for coupling between the two TM dual-mode resonators (16, 18), wherein the gradient aperture is configured to control the coupling and to determine a position of transmission zeros relative to the passband.