mhurhangee/ep-ind-claims huggingface dataset:
A device for sharing a Micro-USB interface between an earphone and a USB, comprising a Micro-USB interface module disposed on the device, the device further comprising a control module and an interface detecting module which are connected to the Micro-USB interface module, the Micro-USB interface module is consisted of a pin of VBUS terminal, a pin of USB_DM terminal which is also used as a left sound channel of an earphone, a pin of USB_DP terminal which is also used as a right sound channel of the earphone, a pin of ID terminal, and a pin of GND terminal; the interface detecting module is configured to detect whether USB lines or earphone lines are plugged into the Micro-USB interface and generate a corresponding control signal to the control module; and the control module is configured to select to activate a USB task or turn on an audio path according to the control signal; the device being characterized in that the interface detecting module is connected to the pin of VBUS terminal for detecting whether the pin of VBUS terminal of the Micro-USB interface module is at a high level, and generating a first control signal to the control module when detecting the pin of the VBUS terminal is at the high level, such that the control module activates the USB task; and the interface detecting module is further connected to the pin of the USB_DP terminal for detecting whether the USB_DP terminal of the Micro-USB interface module is at a low level, and generating a second control signal to the control module when detecting the pin of the USB_DP terminal is at the low level, such that the control module turns on the audio path;
A plural material dispensing system comprising: a motor; a slide bracket connected to and configured to be driven by the motor; a first cylinder; a first pump rod mounted to the slide bracket and extending into the first cylinder, the first pump rod comprising: a first fluid inlet extending into the first pump rod; a first fluid outlet extending through a first end of the first pump rod disposed within the first cylinder; and a first flow path extending through the first pump rod between the first fluid inlet and the first fluid outlet; a first piston mounted on the first end of the first pump rod; a second cylinder; a second pump rod mounted to the slide bracket and extending into the second cylinder, the second pump rod comprising: a second fluid inlet extending into the second pump rod; a second fluid outlet extending through a first end of the second pump rod disposed within the second cylinder; and a second flow path extending through the second pump rod between the second fluid inlet and the second fluid outlet; and a second piston mounted on the first end of the second pump rod; wherein the slide bracket is configured to drive the first pump rod, first piston, second pump rod, and second piston in a first direction during a dispense stroke and a second direction during a refill stroke. a motor; a slide bracket connected to and configured to be driven by the motor; a first cylinder; a first pump rod mounted to the slide bracket and extending into the first cylinder, the first pump rod comprising: a first fluid inlet extending into the first pump rod; a first fluid outlet extending through a first end of the first pump rod disposed within the first cylinder; and a first flow path extending through the first pump rod between the first fluid inlet and the first fluid outlet; a first fluid inlet extending into the first pump rod; a first fluid outlet extending through a first end of the first pump rod disposed within the first cylinder; and a first flow path extending through the first pump rod between the first fluid inlet and the first fluid outlet; a first piston mounted on the first end of the first pump rod; a second cylinder; a second pump rod mounted to the slide bracket and extending into the second cylinder, the second pump rod comprising: a second fluid inlet extending into the second pump rod; a second fluid outlet extending through a first end of the second pump rod disposed within the second cylinder; and a second flow path extending through the second pump rod between the second fluid inlet and the second fluid outlet; and a second fluid inlet extending into the second pump rod; a second fluid outlet extending through a first end of the second pump rod disposed within the second cylinder; and a second flow path extending through the second pump rod between the second fluid inlet and the second fluid outlet; and a second piston mounted on the first end of the second pump rod; wherein the slide bracket is configured to drive the first pump rod, first piston, second pump rod, and second piston in a first direction during a dispense stroke and a second direction during a refill stroke.
A hand-held, self-contained, test instrument for analyzing composition of a sample, the test instrument including; a source for producing a beam of penetrating radiation for illuminating a spot on at least a portion of the sample, thereby producing a response signal from the sample, the response signal comprising fluoresced radiation characteristic of elements in the sample; a collimated shutter for the beam, a detector for receiving the response signal and for producing an output signal representative of spectral data; a processor coupled to the detector and programmed to process the output signal from the detector; a battery powering the source and the processor; and a detector collimator positioned along a light path between the spot and the detector, such that the response signal passes through the detector collimator before reaching the detector, characterized in that the collimated shutter includes a first tube and a second tube, each having a different diameter central bore and/or a different length, the collimated shutter further comprising a moveable shutter positional in one of at least three positions, a first position prevents the beam of penetrating radiation from reaching the sample, a second position in which a one of the first and second tubes (1002, 1004) is aligned between the source and the sample, and a third position in which the other of the first and second tubes is aligned between the source and the sample.
A multiplex wireless power transmission system comprising: a primary transmission power supply that provides single frequency power; a transmitter-receiver including plural channels of transmitting antennas that wirelessly transmit power provided from the primary transmission power supply and plural channels of receiving antennas that receive the power transferred from the paired transmitting antennas; plural channels of transmission power circuits that establish resonance conditions of the paired transmitting antennas; and plural channels of receiving power circuits that establish resonance conditions of the paired receiving antennas, characterized in that the individual transmission power circuits (2, 4) provide the transmitting antennas (5a, 5b) of adjacent channels (a, b) with powers with half-wave resonance waveforms that avoid a period during which the power waves overlap on each other by shifting a phase of voltage or current of the powers. a primary transmission power supply that provides single frequency power; a transmitter-receiver including plural channels of transmitting antennas that wirelessly transmit power provided from the primary transmission power supply and plural channels of receiving antennas that receive the power transferred from the paired transmitting antennas; plural channels of transmission power circuits that establish resonance conditions of the paired transmitting antennas; and plural channels of receiving power circuits that establish resonance conditions of the paired receiving antennas, characterized in that the individual transmission power circuits (2, 4) provide the transmitting antennas (5a, 5b) of adjacent channels (a, b) with powers with half-wave resonance waveforms that avoid a period during which the power waves overlap on each other by shifting a phase of voltage or current of the powers.
A system for transmitting data to a first and a second user device within a user's premises, the system comprising a distribution point having an aggregatior device comprising a plurality of access network modems and having a plurality of lines (21, 22) connected thereto, a splitter device connected to the aggregation point via one of the lines connected thereto and being located within the user's premises, a first connection between the splitter device and a first customer premises equipment modem, the first customer premises equipment modem being connected to the first user device, and a second connection between the splitter device and a second customer premises equipment modem, the second customer premises equipment modem being connected to the second user device, wherein the aggregation device is operable to transmit data for the first user device via a first one of the plurality of modems in the aggregation device, the splitter device and the first customer premises equipment modem using a Digital Subscriber Line protocol and is operable to transmit data for the second user device via the first one of the plurality of modems in the aggregation device, the splitter device and the second customer premises equipment modem using a Digital Subscriber Line protocol and a media converter device which is operable to be connected between the splitter device and the first connection between the splitter device and the first customer premises equipment modem, the media converter comprising a band-pass filter for blocking unwanted interference from the first connection from coupling into the splitter device, and an amplifier for amplifying signals prior to transmitting them onto the first connection, the amplifier being operable to amplify the signals to a value appropriate for the nature of the first connection.
A method for fabricating a porous structure, the method comprising: attaching one or more nanometer sized functional materials to the surface of sacrificial particles to obtain nanomaterial-modified sacrificial particles, wherein said plurality of nanometer sized functional material have a size that is less than 5% of the characteristic size of the sacrificial particles; arranging the nanomaterial-modified sacrificial particles into an assembly containing an arrangement of nanomaterial-modified sacrificial particles having an interconnected interstitial space of pores between said nanomaterial-modified sacrificial particles; filling the assembly with a material that fills the interconnected interstitial space of pores; removing the sacrificial particles to form an interconnected porous network structure comprising an interconnected network of solid material defining an interconnected network of pores; wherein the one or more nanometer sized functional material reside predominantly at an interface between the interconnected network of pores and the interconnected network of solid material defining the interconnected network of pores. attaching one or more nanometer sized functional materials to the surface of sacrificial particles to obtain nanomaterial-modified sacrificial particles, wherein said plurality of nanometer sized functional material have a size that is less than 5% of the characteristic size of the sacrificial particles; arranging the nanomaterial-modified sacrificial particles into an assembly containing an arrangement of nanomaterial-modified sacrificial particles having an interconnected interstitial space of pores between said nanomaterial-modified sacrificial particles; filling the assembly with a material that fills the interconnected interstitial space of pores; removing the sacrificial particles to form an interconnected porous network structure comprising an interconnected network of solid material defining an interconnected network of pores; wherein the one or more nanometer sized functional material reside predominantly at an interface between the interconnected network of pores and the interconnected network of solid material defining the interconnected network of pores.
An elastic structure for absorbent article, comprising: a first sheet material; a second sheet material opposed to one surface of the first sheet material; and a plurality of elongated resilient and elastic members (15,16) that is provided between the first sheet material and the second sheet material along an extending direction with spacing therebetween wherein the first sheet material and the second sheet material are non-woven fabric in which the bending resistance in the extending direction is 40 to 55 mm and the bending resistance in the direction orthogonal to the extending direction is 25 to 35 mm, the first sheet material and the second sheet material are joined together to form sheet joined sections by an adhesive applied intermittently in the extending direction and continuously in a direction intersecting with the extending direction, the resilient and elastic members (15,16) are fixed by an adhesive to at least one of the first sheet material and the second sheet material at intersections with the sheet joined sections, when the first sheet material and the second sheet material are contracted with contraction of the resilient and elastic members (15,16), portions of the first sheet material and the second sheet material positioned between the sheet joined sections are swelled in mutually opposite directions to form ridges, and the sheet joined sections have a width of 0.5 to 4 mm in the extending direction and spacing between the adjacent sheet joined sections is 4 to 8 mm. a first sheet material; a second sheet material opposed to one surface of the first sheet material; and a plurality of elongated resilient and elastic members (15,16) that is provided between the first sheet material and the second sheet material along an extending direction with spacing therebetween wherein the first sheet material and the second sheet material are non-woven fabric in which the bending resistance in the extending direction is 40 to 55 mm and the bending resistance in the direction orthogonal to the extending direction is 25 to 35 mm, the first sheet material and the second sheet material are joined together to form sheet joined sections by an adhesive applied intermittently in the extending direction and continuously in a direction intersecting with the extending direction, the resilient and elastic members (15,16) are fixed by an adhesive to at least one of the first sheet material and the second sheet material at intersections with the sheet joined sections, when the first sheet material and the second sheet material are contracted with contraction of the resilient and elastic members (15,16), portions of the first sheet material and the second sheet material positioned between the sheet joined sections are swelled in mutually opposite directions to form ridges, and the sheet joined sections have a width of 0.5 to 4 mm in the extending direction and spacing between the adjacent sheet joined sections is 4 to 8 mm.
An aerosolisable formulation comprising: i. one or more aerosol-forming agents; and ii. a flavouring agent, wherein the flavouring agent is an extract obtained from an alcoholic beverage, and wherein the extract contains less than about 5% v/v ethanol. i. one or more aerosol-forming agents; and ii. a flavouring agent,
A process for transferring heat, said process comprising the following steps: transferring heat from a body to a first heat transfer system by means of a secondary loop passageway comprising a heat transfer fluid and, optionally, transferring heat from a second heat transfer system, said second heat transfer system being the same as or different from said first heat transfer system, to said body by means of said secondary loop passageway comprising said heat transfer fluid, wherein: - the temperature of the body is set at temperatures of less than -15°C; - said secondary loop passageway comprises at least one polymer sealant selected from a rubber seal and a plastic pipe; and - said heat transfer fluid comprises one or more linear perfluoropolyethers having formula here below: R F -(OCF 2) n (OCF 2 CF 2) m (OCF 2 (CF 2) z CF 2) p -OR F, wherein R F, equal or different at each occurrence, is a C 1 -C 3 perfluoroalkyl group, m, n and p, equal to or different from each other, are integers comprised between 0 and 100, preferably between 0 and 50, the sum m+n being higher than 0, and z is equal to 1 or 2, and wherein said heat transfer fluid is circulated through said secondary loop passageway in step for transferring said heat from said body to said first heat transfer system and, optionally, in step for transferring said heat from said second heat transfer system to said body. transferring heat from a body to a first heat transfer system by means of a secondary loop passageway comprising a heat transfer fluid and, optionally, transferring heat from a second heat transfer system, said second heat transfer system being the same as or different from said first heat transfer system, to said body by means of said secondary loop passageway comprising said heat transfer fluid, - the temperature of the body is set at temperatures of less than -15°C; - said secondary loop passageway comprises at least one polymer sealant selected from a rubber seal and a plastic pipe; and - said heat transfer fluid comprises one or more linear perfluoropolyethers having formula here below: R F -(OCF 2) n (OCF 2 CF 2) m (OCF 2 (CF 2) z CF 2) p -OR F, wherein R F, equal or different at each occurrence, is a C 1 -C 3 perfluoroalkyl group, m, n and p, equal to or different from each other, are integers comprised between 0 and 100, preferably between 0 and 50, the sum m+n being higher than 0, and z is equal to 1 or 2, and wherein said heat transfer fluid is circulated through said secondary loop passageway in step for transferring said heat from said body to said first heat transfer system and, optionally, in step for transferring said heat from said second heat transfer system to said body.
A method of fabricating an opto-pyrotechnic initiator, the method comprising the following steps: a) forming a body having a cavity in which a pyrotechnic charge is to be received, the body also having an internal passage extending between the cavity containing the pyrotechnic charge and an inlet opening out in an outside face of said body; b) placing a first portion of an optical fiber in the internal passage of the body, with a second portion of the optical fiber extending beyond the inlet of the body, and a glass preform being interposed between the optical fiber and the inlet of the body; and c) applying heat treatment to the glass preform to raise it to a temperature higher than the melting point of said glass preform so as to form a hermetic sealing element made of glass between the optical fiber and the inlet of the body. a) forming a body having a cavity in which a pyrotechnic charge is to be received, the body also having an internal passage extending between the cavity containing the pyrotechnic charge and an inlet opening out in an outside face of said body; b) placing a first portion of an optical fiber in the internal passage of the body, with a second portion of the optical fiber extending beyond the inlet of the body, and a glass preform being interposed between the optical fiber and the inlet of the body; and c) applying heat treatment to the glass preform to raise it to a temperature higher than the melting point of said glass preform so as to form a hermetic sealing element made of glass between the optical fiber and the inlet of the body.
A system to detect sleep stages of a subject, the system comprising: a stimulus source configured to provide stimuli to the subject; one or more sensors that generate output signals conveying information related to one or more physiological parameters of the subject; and one or more processors configured to execute computer program modules, the computer program modules comprising: a reaction module configured to analyze, based on the one or more physiological parameters, reactions to the stimuli provided by the stimulus source; a sleep stage module configured to: i) generate a sleep stage estimation of the subject based on one or both of the analyzed reactions and/or the one or more physiological parameters, and ii) determine a probability of accuracy of the sleep stage estimation; a comparison module configured to determine whether the probability of accuracy breaches a predetermined threshold; and a stimulus control module configured to, responsive to the probability of accuracy failing to breach the predetermined threshold, control the stimulus source to provide a reassessment stimulus to the subject, wherein the reaction module is further configured to analyze a reaction to the reassessment stimulus, wherein the sleep stage module is further configured to reassess one or both of the sleep stage estimation of the subject and/or the probability of accuracy based on the analyzed reaction to the reassessment stimulus. a stimulus source configured to provide stimuli to the subject; one or more sensors that generate output signals conveying information related to one or more physiological parameters of the subject; and one or more processors configured to execute computer program modules, the computer program modules comprising: a reaction module configured to analyze, based on the one or more physiological parameters, reactions to the stimuli provided by the stimulus source; a reaction module configured to analyze, based on the one or more physiological parameters, reactions to the stimuli provided by the stimulus source; a sleep stage module configured to: i) generate a sleep stage estimation of the subject based on one or both of the analyzed reactions and/or the one or more physiological parameters, and ii) determine a probability of accuracy of the sleep stage estimation; i) generate a sleep stage estimation of the subject based on one or both of the analyzed reactions and/or the one or more physiological parameters, and ii) determine a probability of accuracy of the sleep stage estimation; a comparison module configured to determine whether the probability of accuracy breaches a predetermined threshold; and a stimulus control module configured to, responsive to the probability of accuracy failing to breach the predetermined threshold, control the stimulus source to provide a reassessment stimulus to the subject, wherein the reaction module is further configured to analyze a reaction to the reassessment stimulus, wherein the sleep stage module is further configured to reassess one or both of the sleep stage estimation of the subject and/or the probability of accuracy based on the analyzed reaction to the reassessment stimulus.