mhurhangee/ep-ind-claims huggingface dataset:
A microfluidic system, comprising: a delivery channel comprising an upstream portion and a downstream portion; a first channel section and a second channel section downstream of and fluidly connected to the delivery channel at a junction, the second channel section having a higher hydrodynamic resistance than the first channel section; a valve comprising a control channel adjacent the first channel section and not fluidly connected to the first channel section; and a membrane positioned between the first channel section and the control channel, wherein the control channel is constructed and arranged to cause deflection of the membrane, resulting in constriction of at least a portion of the first channel section, and wherein at least a portion of the control channel is on the same horizontal plane as the first channel section. a delivery channel comprising an upstream portion and a downstream portion; a first channel section and a second channel section downstream of and fluidly connected to the delivery channel at a junction, the second channel section having a higher hydrodynamic resistance than the first channel section; a valve comprising a control channel adjacent the first channel section and not fluidly connected to the first channel section; and a membrane positioned between the first channel section and the control channel, wherein the control channel is constructed and arranged to cause deflection of the membrane, resulting in constriction of at least a portion of the first channel section, and wherein at least a portion of the control channel is on the same horizontal plane as the first channel section.
A method of producing a molded cellulose-containing article comprising: adding an emulsion or slurry to a cellulose fiber furnish, wherein said emulsion or slurry comprises one or more sucrose fatty acid esters and one or more carrier particles; draining the furnish through one or more meshes or screens; thermal forming the mixture into a product in a mold; and stripping the product from the mold, wherein a carrier of the one or more carrier particles comprises an uncooked starch, preferably an uncooked starch particle, wherein said aqueous emulsion or slurry is mixed with the cellulose fiber slurry at a concentration of between about 5% to about 50% of the total dry weight, prior to wet forming, and wherein said product exhibits water, oil, and/or grease resistance compared to a cellulose product not treated with said emulsion or slurry. adding an emulsion or slurry to a cellulose fiber furnish, wherein said emulsion or slurry comprises one or more sucrose fatty acid esters and one or more carrier particles; draining the furnish through one or more meshes or screens; thermal forming the mixture into a product in a mold; and stripping the product from the mold, wherein a carrier of the one or more carrier particles comprises an uncooked starch, preferably an uncooked starch particle, wherein said aqueous emulsion or slurry is mixed with the cellulose fiber slurry at a concentration of between about 5% to about 50% of the total dry weight, prior to wet forming, and wherein said product exhibits water, oil, and/or grease resistance compared to a cellulose product not treated with said emulsion or slurry.
A power feed system (1, la) comprising: a power-receiving circuit; and a power transmission circuit configured to wirelessly supply power to the power-receiving circuit, wherein the power transmission circuit includes a power transmission resonance circuit including an inductor having self-inductance L1 and a capacitor having capacity C1, the power-receiving circuit includes a power-receiving resonance circuit including an inductor having self-inductance L2 and a capacitor having capacity C2, the power transmission resonance circuit is configured to be driven at a driving frequency ω and thereby to perform power transmission from the power transmission circuit to the power-receiving circuit, and the self-inductance L1, the capacity C1, the self-inductance L2, the capacity C2, and the driving frequency co are set such that an absolute value of a reactance X1 of the power transmission resonance circuit, which is determined by the self-inductance L1, the capacity C1, and the driving frequency ω, is larger than a first threshold Th1 that is not smaller than 0 and also a reactance X2 of the power-receiving resonance circuit, which is determined by the self-inductance L2, the capacity C2, and the driving frequency ω, is 0, which in addition includes a case in which there is an error with which, in terms of an operation of the power-receiving circuit, the condition that X2 is 0 is substantially satisfied. a power-receiving circuit; and a power transmission circuit configured to wirelessly supply power to the power-receiving circuit, wherein the power transmission circuit includes a power transmission resonance circuit including an inductor having self-inductance L1 and a capacitor having capacity C1, the power-receiving circuit includes a power-receiving resonance circuit including an inductor having self-inductance L2 and a capacitor having capacity C2, the power transmission resonance circuit is configured to be driven at a driving frequency ω and thereby to perform power transmission from the power transmission circuit to the power-receiving circuit, and the self-inductance L1, the capacity C1, the self-inductance L2, the capacity C2, and the driving frequency co are set such that an absolute value of a reactance X1 of the power transmission resonance circuit, which is determined by the self-inductance L1, the capacity C1, and the driving frequency ω, is larger than a first threshold Th1 that is not smaller than 0 and also a reactance X2 of the power-receiving resonance circuit, which is determined by the self-inductance L2, the capacity C2, and the driving frequency ω, is 0, which in addition includes a case in which there is an error with which, in terms of an operation of the power-receiving circuit, the condition that X2 is 0 is substantially satisfied.
A method of manufacturing a structural component for an aircraft or spacecraft from a shell component of the aircraft or spacecraft and a further component, at least one of the shell component and the further component being electrically non-conductive, the method comprising: Positioning the shell component and the further component adjacent to each other; and Generating an electromagnetic pulse and thereby accelerating an electrically conductive tooling to join the shell component and the further component. Positioning the shell component and the further component adjacent to each other; and Generating an electromagnetic pulse and thereby accelerating an electrically conductive tooling to join the shell component and the further component.
A system for use in tumor ablation, the system comprising: a microwave antenna having a proximal end and a distal end opposite the proximal end, the microwave antenna further including an inner conductor and an outer conductor, wherein the outer conductor and the inner conductor form a coaxial structure; a dielectric separating the inner conductor and the outer conductor, wherein the dielectric includes at least one channel that extends along the length of the antenna between the proximal and distal ends; an energy port proximate the proximal end of the microwave antenna configured to connect the antenna to an energy source; a fluid port proximate the proximal end of the microwave antenna configured to connect the channel to a fluid delivery mechanism; an inflatable balloon configured to be attached to the distal end of the antenna, the channel permitting fluid access to an interior of the balloon for inflation thereof and the inner conductor extending beyond a distal end of the outer conductor and the dielectric, such that the inner conductor extends into the balloon when the balloon is attached to the distal end of the antenna; characterised in that a flexible member connects a distal end of the inner conductor to a distal end of the balloon. a microwave antenna having a proximal end and a distal end opposite the proximal end, the microwave antenna further including an inner conductor and an outer conductor, wherein the outer conductor and the inner conductor form a coaxial structure; a dielectric separating the inner conductor and the outer conductor, wherein the dielectric includes at least one channel that extends along the length of the antenna between the proximal and distal ends; an energy port proximate the proximal end of the microwave antenna configured to connect the antenna to an energy source; a fluid port proximate the proximal end of the microwave antenna configured to connect the channel to a fluid delivery mechanism; an inflatable balloon configured to be attached to the distal end of the antenna, the channel permitting fluid access to an interior of the balloon for inflation thereof and the inner conductor extending beyond a distal end of the outer conductor and the dielectric, such that the inner conductor extends into the balloon when the balloon is attached to the distal end of the antenna; characterised in that a flexible member connects a distal end of the inner conductor to a distal end of the balloon.
A hydrophilic electrospinning biological composite stent material, the material being prepared by blending an aqueous solution of fibrinogen and L-arginine or hydrochloride thereof with a P(LLA-CL) solution comprising polylactic acid and polycaprolactone by using an electrospinning technique, characterized in that in the aqueous solution of fibrinogen and L-arginine or hydrochloride thereof, the mass ratio of fibrinogen to L-arginine or hydrochloride thereof is 1.2:1-12.5:1.
A method for signaling multiple audio mixing gains in a teleconference using a Real-time Transport Protocol, RTP, header extension, performed by at least one processor and comprising: receiving an input audio stream, from a 360-degree stream, including mixing gains; declaring a single RTP header extension for the input audio stream, the single RTP header extension comprising one or more of an element identifier, a length of an extension element, and a magnitude of the mixing gains; and signaling the mixing gains using the single RTP header extension, wherein, the input audio stream includes a first audio gain from the input audio stream and a second audio gain from overlay audio streams and wherein, based on the input audio stream being sent in more than one RTP session, the single RTP header extension carries a gain of the overlay audio streams as an extension element to the single RTP header extension, and wherein an overlay identifier value is included in the element identifier of the extension element. receiving an input audio stream, from a 360-degree stream, including mixing gains; declaring a single RTP header extension for the input audio stream, the single RTP header extension comprising one or more of an element identifier, a length of an extension element, and a magnitude of the mixing gains; and signaling the mixing gains using the single RTP header extension, wherein, the input audio stream includes a first audio gain from the input audio stream and a second audio gain from overlay audio streams and wherein, based on the input audio stream being sent in more than one RTP session, the single RTP header extension carries a gain of the overlay audio streams as an extension element to the single RTP header extension, and wherein an overlay identifier value is included in the element identifier of the extension element.
Pipe clip for fastening a pipe to a wall, ceiling or another support, comprising: - an annular clip body with an opening for attaching the pipe clip around the pipe, which opening is delimited by a first and a second end of the clip body, a first flange and second flange being monolithically formed with the clip body at the first and second end respectively and extending in a radial direction, - a male fastening element comprising a head and a shank, the shank being associated with the first end and the head engaging the second end of the clip body for tightening the first and second end of the clip body together in a mounted state, wherein the first flange is provided with a hole for passing through the shank of the male fastening element, and wherein the pipe clip comprises a retainer element which is arranged on the first flange and which includes a holding shoe for holding the retainer element on the first flange as well as a hinged half nut With a screw thread section, wherein said half nut is connected to the holding shoe by a resilient hinge portion, the half nut being arranged such that, in use, one side of the shank of the male fastening element is engaged by the half nut and an opposite side of the shank is engaged by a shank engaging portion (21; 70) of the first flange. - an annular clip body with an opening for attaching the pipe clip around the pipe, which opening is delimited by a first and a second end of the clip body, a first flange and second flange being monolithically formed with the clip body at the first and second end respectively and extending in a radial direction, - a male fastening element comprising a head and a shank, the shank being associated with the first end and the head engaging the second end of the clip body for tightening the first and second end of the clip body together in a mounted state,
Apparatus for applying aromatic substances, particularly flavour or menthol, to at least one roll of tobacco during its production in the suction passage of a cigarette machine and/or to the cigarette paper and/or into the filter feed device of a filter machine, including a storage container for the aromatic substance and a metering system with a pump for supplying the aromatic substance from the storage container to the nozzle in dependence on the production speed of the cigarette machine or the filter machine, wherein the storage container and the pump are accommodated in a device connectable to the cigarette machine or the filter machine, characterised in that the apparatus includes conduits, which connect the storage container to a multiple line cigarette machine and/or the feed device of a filter machine, with nozzle devices and metering systems with a respective pump for feeding the aromatic substance from the storage container to the nozzle, wherein the device includes at least two separable housing portions (12, 13), wherein the housing portions are constructed as separately movable cabinet elements, wherein the apparatus includes a buffer tank for the aromatic substance and a cleaning agent tank, which are removable from the associated housing portion, wherein a transportable tank for the aromatic substance is arranged in the second movable housing portion in order to be able to fill the transportable tank with aromatic substance at a separate location whilst the other portion of the apparatus remains ready for operation connected to the cigarette machine or the filter machine, and wherein the housing portions (12, 13) are connectable to and separable from one another by means of a quick coupling in order to fill the buffer tank with aromatic substance from the transportable tank.
A triprenyl phenol compound represented by the following formula, or (I-29)': wherein R 1 represents a group represented by the following formula (III-1); X is -CHY-C(CH 3) 2 Z; and Y and Z are respectively -H or -OH, or together form a single bond; wherein R 5 represents a hydroxyl group which may be present or absent; and n represents an integer of 0; the group represented by formula (III-1) may further have another substituent other than the carboxyl group at the α-position, as an additional substituent, such additional substituent may be a hydroxyl group, a carboxyl group or an alkyl group having 1 to 5 carbon atoms.
A cut filler composition comprising tobacco and an oxyhydroxide compound, wherein during combustion of the cut filler composition, said oxyhydroxide compound is capable of decomposing to form at least one product capable of acting as an oxidant for the conversion of carbon monoxide to carbon dioxide and/or as a catalyst for the conversion of carbon monoxide to carbon dioxide.
A detection system based on modulation of laser image of glass, comprising loading table and unloading table, roller conveying mechanisms provided on the loading table and the unloading table respectively which are provided with plurality of sliding rollers, the rotation of which can drive glass to be detected to move on the loading table and the unloading table, and detection mechanism, whereby the detection mechanism comprises a shell, a camera with laser which is enclosed in the shell, and a camera controlling device for initiating the camera at a fixed time whose signal output terminal is connected with the camera and which can be used for initiating the camera at a fixed time to scan the area to be detected to generate image, whereby a beam emitted by laser can irradiate the surface of the glass in the gap between sliding rollers, and whereby focal plane of the camera corresponds to the beam irradiation surface for the laser characterized in that the laser is line structured and the laser has a wavelength of 650 nanometers, and whereby the detection system further comprises a processing section for processing glass, whereby the loading table and the unloading table are provided at both sides of the processing section, whereby the detection system further comprises a control system for controlling operation process of the processing section, whereby the detection mechanism is provided over entrance of the processing section through support bracket, and whereby signal output terminal of the camera is connected with the control system in such a way that when glass passes the detection mechanism, line structured laser can irradiate the glass surface and can be modulated based on variations of inner and outer profiles, edges, ink patterns, thickness and superficial bending of glass to form laser modulation image with distribution of light and shade, staggered movement direction, or distorted laser lines; the camera can capture the laser modulation image and transmit the information and parameters on outer profile, inner structural profile, superficial wave form, bending, thickness and ink distribution of the glass to the control system.
An apparatus for use by a mobile edge control element or function, the apparatus comprising at least one processing circuitry, and at least one memory for storing instructions to be executed by the processing circuitry, wherein the at least one memory and the instructions are configured to, with the at least one processing circuitry, cause the apparatus at least: to participate in a mobile edge computing based communication of at least one communication element in a communication network, to prepare and send a special data packet to a core network control element or function, wherein the special data packet includes, as a packet source indication, an address information of the at least one communication element and, as a packet destination indication, an address information of the mobile edge control element or function, to receive and process an enriched data packet being based on the special data packet, the enriched data packet including subscriber related identification data for the at least one communication element, to collect the subscriber related identification data from the enriched data packet, and to conduct a communication related processing related to the at least one communication element using the collected subscriber related identification data. to participate in a mobile edge computing based communication of at least one communication element in a communication network, to prepare and send a special data packet to a core network control element or function, wherein the special data packet includes, as a packet source indication, an address information of the at least one communication element and, as a packet destination indication, an address information of the mobile edge control element or function, to receive and process an enriched data packet being based on the special data packet, the enriched data packet including subscriber related identification data for the at least one communication element, to collect the subscriber related identification data from the enriched data packet, and to conduct a communication related processing related to the at least one communication element using the collected subscriber related identification data.
Device for collimating a light beam field which diverges more quickly with respect to the direction of emission (s) in a first direction perpendicular to the direction of emission (s) than in a second direction perpendicular to the direction of emission (s) and to the first direction, comprising at least one first collimation lens system for collimating the light beam field in the first direction and preferably at least one second collimation lens system for collimating the light beam field in the second direction, wherein the first collimation lens system comprises a cylindrical lens, in particular with an at least partially circular profile, which is made from glass, characterised in that said first collimation lens system comprises an aspherical lens element made from plastic, in particular polycarbonate, Zeonex E48R or Zeonex T62R.
A pharmaceutical composition comprising the compound represented by formula 1 below, the pharmaceutically acceptable salt, or the solvate thereof as an active ingredient, for use in preventing or treating pancreatitis: