mhurhangee/ep-ind-claims huggingface dataset:
A storage tank corrosion protection system, comprising: a pipe system comprising one or more perforated pipes located beneath said storage tank; at least one sleeve container having at least one solid volatile corrosion inhibitor compound therein, said at least one sleeve being located within at least a portion of said perforated pipes, said sleeve container being initially free of a liquid, and said perforated pipe being free of a blown in VCI powder; optionally at least one solid SCI compound mixed with said solid VCI compound located in said sleeve container; and said sleeve being permeable to vapor emitted from said at least one solid VCI compound but not permeable to said solid VCI compound, said vapor capable of being emitted from said piping system through said perforations of said perforated pipe. a pipe system comprising one or more perforated pipes located beneath said storage tank; at least one sleeve container having at least one solid volatile corrosion inhibitor compound therein, said at least one sleeve being located within at least a portion of said perforated pipes, said sleeve container being initially free of a liquid, and said perforated pipe being free of a blown in VCI powder; optionally at least one solid SCI compound mixed with said solid VCI compound located in said sleeve container; and said sleeve being permeable to vapor emitted from said at least one solid VCI compound but not permeable to said solid VCI compound, said vapor capable of being emitted from said piping system through said perforations of said perforated pipe.
An image sensor for a geostationary orbiting satellite including: a plurality of co-collimated telescopes having substantially the same field of view of a planet when mounted on the geostationary orbiting satellite; each telescope including a respective focal plane, each focal plane containing a plurality of focal plane arrays, characterized in that the respective focal plane arrays are sparsely populated upon their respective focal plane wherein the active areas of the sparsely populated focal plane arrays of all the telescopes are positioned to cover, for a point in time, a substantially contiguous field of view between them, each of the plurality of co-collimated telescopes being arranged to direct its image onto the respective focal plane to capture a single image of a generally entire visible hemisphere of the surface of the planet across its sparsely populated focal plane arrays, wherein the image sensor is configured to capture an image via each telescope in parallel and assemble the captured images to produce a single image covering the substantially contiguous field of view. a plurality of co-collimated telescopes having substantially the same field of view of a planet when mounted on the geostationary orbiting satellite; each telescope including a respective focal plane, each focal plane containing a plurality of focal plane arrays, characterized in that the respective focal plane arrays are sparsely populated upon their respective focal plane wherein the active areas of the sparsely populated focal plane arrays of all the telescopes are positioned to cover, for a point in time, a substantially contiguous field of view between them, each of the plurality of co-collimated telescopes being arranged to direct its image onto the respective focal plane to capture a single image of a generally entire visible hemisphere of the surface of the planet across its sparsely populated focal plane arrays, wherein the image sensor is configured to capture an image via each telescope in parallel and assemble the captured images to produce a single image covering the substantially contiguous field of view.
Electric device in the shape of a machine tool or an energy storage module for the electric power supply of a machine tool, wherein the energy storage module has a module housing with a device interface for the detachable connection to the machine tool, wherein the machine tool has a drive motor to drive a tool holder on which a tool provided to process a workpiece is arrangeable, wherein the drive motor is switchable using a switching element of the machine tool and/or the energy storage module, wherein the electric device has a wireless communication interface (60, 60C) for wireless communication with an external communication apparatus, which forms part of a vacuum cleaner (70, 870) provided to suction dust generated by the machine tool and wherein the wireless communication interface (60, 60C) is designed to send at least one control command to control, in particular to switch on and/or switch off the vacuum cleaner (70, 870) as a function of a switching status of the switching element to the external communication apparatus via a wireless control connection (S1, S2), characterised in that the wireless communication interface (60, 60C) is designed to send at least one registration message to the external communication apparatus to establish the control connection (S1, S2) with the vacuum cleaner (70, 870) as a function of a switching status of the switching element.
Method for detecting explosive-substance particles in a gas flow, in which the gas flow is guided for a predetermined period of time through an adsorbent bed, wherein explosive-substance particles are adsorbed thereupon, subsequently the adsorbent bed is heated to a heating temperature at which the explosive-substance particles desorb and a gas flow with the desorbed explosive-substance particles is conveyed to a detector for their detection, wherein as adsorbent bed is used a microfilter with a pore size smaller than the particle size of the explosive-substance particles to be detected, characterised in that a heating temperature is set and a microfilter with a pore size is used and that the explosive-substance particles to be detected, after the heating and desorbing in the gaseous phase, flow through the microfilter.
Method for adapting the concentration of a sample gas in a gas mixture to be analysed by a gas chromatograph assembly, the gas chromatograph assembly comprising a sample gas inlet for introducing a sample gas to be analysed, a secondary gas inlet, a gas chromatograph sensor in the form of an infrared sensor, a gas chromatograph column, and a gas chromatograph bypass parallel to the column, characterized by a) introducing an amount of sample gas through the sample gas inlet, b) introducing an amount of secondary gas through the secondary gas inlet, c) mixing the sample gas and the secondary gas to a gas mixture and conducting the gas mixture via the gas chromatograph bypass, d) circulating the gas mixture in a gas conducting loop comprising the gas chromatograph bypass, the gas chromatograph infrared sensor and not comprising the gas chromatograph column, e) analysing the gas mixture thus obtained by means of gas chromatography employing the gas chromatograph column and the gas chromatograph infrared sensor. a sample gas inlet for introducing a sample gas to be analysed, a secondary gas inlet, a gas chromatograph sensor in the form of an infrared sensor, a gas chromatograph column, and a gas chromatograph bypass parallel to the column, a) introducing an amount of sample gas through the sample gas inlet, b) introducing an amount of secondary gas through the secondary gas inlet, c) mixing the sample gas and the secondary gas to a gas mixture and conducting the gas mixture via the gas chromatograph bypass, d) circulating the gas mixture in a gas conducting loop comprising the gas chromatograph bypass, the gas chromatograph infrared sensor and not comprising the gas chromatograph column, e) analysing the gas mixture thus obtained by means of gas chromatography employing the gas chromatograph column and the gas chromatograph infrared sensor.
A method for providing content in content delivery networks, having an upstream content delivery network (uCDN), a downstream content delivery network (dCDN), comprising at least two content delivery entities (A, B, C), wherein the upstream and downstream content delivery network (uCDN, dCDN) are connected to each other and a user equipment connected to the downstream content delivery network (dCDN) comprising the steps of a) Requesting a content stream for a content by the user equipment from the downstream content delivery network (dCDN), b) Providing the content stream by the upstream content delivery network (uCDN), c) Redirecting the content stream from the upstream content delivery network (uCDN) to a content delivery entity (A, B, C) in the downstream content delivery network (dCDN), to which the user equipment is connectable, d) Providing the content stream by the content delivery entity (A, B, C) of the downstream content delivery network (dCDN) to the user equipment, e) Determining user equipment information, including the mobility pattern of a user of said user equipment, f) Predicting probabilities for the content delivery entities (A, B, C) based on the result of step e) for optimized content stream performance of the user equipment, g) Connecting the user equipment to the content delivery entity (A, B, C) having the highest probability according to step f), h) Redirecting the content stream to the determined content delivery entity (A, B, C) for providing the content stream to the user equipment, wherein steps e) - h) are performed at least twice, preferably continuously in certain time intervals, until the content stream has ended. a) Requesting a content stream for a content by the user equipment from the downstream content delivery network (dCDN), b) Providing the content stream by the upstream content delivery network (uCDN), c) Redirecting the content stream from the upstream content delivery network (uCDN) to a content delivery entity (A, B, C) in the downstream content delivery network (dCDN), to which the user equipment is connectable, d) Providing the content stream by the content delivery entity (A, B, C) of the downstream content delivery network (dCDN) to the user equipment, e) Determining user equipment information, including the mobility pattern of a user of said user equipment, f) Predicting probabilities for the content delivery entities (A, B, C) based on the result of step e) for optimized content stream performance of the user equipment, g) Connecting the user equipment to the content delivery entity (A, B, C) having the highest probability according to step f), h) Redirecting the content stream to the determined content delivery entity (A, B, C) for providing the content stream to the user equipment,
A kinetic hydrate inhibitor comprising a poly(vinyl lactam) polymer in admixture with a polymerization solvent system comprising an alkylene carbonate and/or an alkyl lactate, wherein the poly(vinyl lactam) polymer is a poly(N-vinyl caprolactam) homopolymer.
A method for creating vacuum insulation panels comprising the following step: a) selecting a first film (21, 22, 23, 24, 25, 26) and a second film (21, 22, 23, 24, 25, 26) which are candidates for assembly with each other for creating a vacuum insulation panel (1, 11), said method being characterised in that it comprises the following steps: b) marking each of the first film and the second film with marks distributed over their respective surfaces, c) bringing and maintaining each of the first film and the second film to a temperature T higher than ambient temperature for a predefined duration t, d) establishing a shrinkage map of each of the first film and the second film by comparing the position of the marks before and after the heating step, e) establishing a differential shrinkage map of the couple consisting of the first film and the second film by comparing the shrinkage maps of each of the first film and the second film, f) retaining the couple of the first film and the second film for creating a vacuum insulation panel if and only if the differential shrinkage mapping shows a differential shrinkage below a threshold value S, said threshold value S being selected according to the temperature T, the duration t and an adhesive provided for the subsequent assembly of the first film and the second film with each other. a) selecting a first film (21, 22, 23, 24, 25, 26) and a second film (21, 22, 23, 24, 25, 26) which are candidates for assembly with each other for creating a vacuum insulation panel (1, 11), b) marking each of the first film and the second film with marks distributed over their respective surfaces, c) bringing and maintaining each of the first film and the second film to a temperature T higher than ambient temperature for a predefined duration t, d) establishing a shrinkage map of each of the first film and the second film by comparing the position of the marks before and after the heating step, e) establishing a differential shrinkage map of the couple consisting of the first film and the second film by comparing the shrinkage maps of each of the first film and the second film, f) retaining the couple of the first film and the second film for creating a vacuum insulation panel if and only if the differential shrinkage mapping shows a differential shrinkage below a threshold value S, said threshold value S being selected according to the temperature T, the duration t and an adhesive provided for the subsequent assembly of the first film and the second film with each other.
A balancer to contain a plurality of balls and a viscous fluid, the balancer comprising: a case having a ring space defined therein, the ring space being defined by a bottom surface, top surface, inner circumferential surface, and outer circumferential surface; characterised in that the ball balancer further comprises: a plurality of division plates to partition the ring space into a plurality of arc-shaped divided spaces, wherein the viscous fluid and the plurality of balls are receivable in each divided space, and the bottom surface of each divided space is inclined downwardly from one end of each division plate to a deepest part in a circumferential direction. a case having a ring space defined therein, the ring space being defined by a bottom surface, top surface, inner circumferential surface, and outer circumferential surface; characterised in that the ball balancer further comprises: a plurality of division plates to partition the ring space into a plurality of arc-shaped divided spaces, wherein the viscous fluid and the plurality of balls are receivable in each divided space, and the bottom surface of each divided space is inclined downwardly from one end of each division plate to a deepest part in a circumferential direction. a plurality of division plates to partition the ring space into a plurality of arc-shaped divided spaces, wherein the viscous fluid and the plurality of balls are receivable in each divided space, and the bottom surface of each divided space is inclined downwardly from one end of each division plate to a deepest part in a circumferential direction.
A composition comprising an orodispersible dose of desmopressin of 25 μg measured as the free base of desmopressin, for use in reducing nocturnal voids in a female patient in need thereof, wherein the dose is for administration to the patient prior to bedtime and reduces the patient's nocturnal voids compared to before administration, and wherein the mean reduction in nocturnal voids at week 52 of administration is increased compared to the mean reduction in nocturnal voids at day 28 of administration.
Method for regulating the temperature of a fluid medium by heat exchange with a condensed refrigerant in a heat exchanger, wherein the refrigerant is fed to the heat exchanger in the liquid state and vaporizes while undergoing heat exchange with the fluid medium, wherein the fluid medium is passed through the heat exchanger in co-current flow with the condensed refrigerant, characterized in that the regulating of the temperature of the fluid medium is performed by variation of the pressure of the condensed refrigerant in the heat exchanger, wherein the pressure in the heat exchanger, measured at the upper end of a liquid column of the refrigerant maintained in the heat exchanger, is varied to values between a vacuum and 20 bar, preferably 1 bar to 10 bar.
Automatic applicator for liquid pharmaceutical preparations comprising a body housing, having a plunger, suitable for expelling the medicine, linearly displaced by means of an integrated driving unit, driven via a double action clutch unit, by a tensioning spring situated in the body housing, wherein the tensioning spring is a twisted spring, the said tensioning spring tensioned by a rotary hand-dose-setting ring via the same double action clutch unit, wherein the said driving unit is activated by pressing a trigger unit and a dose is indicated by an indicating arrangement via an inspection window (1.1), characterised in that the double action clutch unit comprises a coupling sleeve that is rigidly connected to the rotary hand-dose-setting ring and radially coupled with a body of a ratchet barrel that is rigidly connected to the tensioning spring that is connected to a spring block that is rigidly connected to the body housing and secured against rotation.
A seal for a gas turbine engine, comprising: a first ply; and a second ply having a circumferentially discontinuous annular shape including an axial split extending from a first axial end to a second axial end of the second ply, the second ply positioned directly adjacent to at least one of an inner diameter surface or an outer diameter surface of the first ply, characterised in that the first ply has a circumferentially continuous annular shape, wherein the first ply has a first thickness and the second ply has a second thickness, wherein each of the first thickness and the second thickness is between 0.0254 mm (0.001 inch) and 0.254 mm (0.01 inch), the seal further comprising a third ply positioned adjacent to at least one of the first ply or the second ply. a first ply; and a second ply having a circumferentially discontinuous annular shape including an axial split extending from a first axial end to a second axial end of the second ply, the second ply positioned directly adjacent to at least one of an inner diameter surface or an outer diameter surface of the first ply, characterised in that the first ply has a circumferentially continuous annular shape, wherein the first ply has a first thickness and the second ply has a second thickness, wherein each of the first thickness and the second thickness is between 0.0254 mm (0.001 inch) and 0.254 mm (0.01 inch), the seal further comprising a third ply positioned adjacent to at least one of the first ply or the second ply.
A networked, OXPd-enabled imaging device, comprising: a REST-protocol application programming interface structured to receive over a network a payload for an OXPd application installed on an external web server, the OXPd application operable from the device; a non-volatile storage insufficient to store the entire payload; and a client structured to use an address on the network of a REST-protocol resource server to store at least a portion of the payload on the REST-protocol resource server using REST-protocol. a REST-protocol application programming interface structured to receive over a network a payload for an OXPd application installed on an external web server, the OXPd application operable from the device; a non-volatile storage insufficient to store the entire payload; and a client structured to use an address on the network of a REST-protocol resource server to store at least a portion of the payload on the REST-protocol resource server using REST-protocol.
A fastener comprising: a metallic member having: a head; and a shaft having: a first end at the head; a distal second end; and an externally threaded portion; a projection extending from the head opposite the shaft, and a non-metallic cap member mated to the head opposite the shaft; characterized in that the non-metallic cap member includes a tapered opening through which the projection passes, the projection being melted so as to expand its diameter to greater than the smallest diameter of the tapered opening and retain the cap member. a metallic member having: a head; and a shaft having: a first end at the head; a distal second end; and an externally threaded portion; a head; and a shaft having: a first end at the head; a distal second end; and an externally threaded portion; a first end at the head; a distal second end; and an externally threaded portion; a projection extending from the head opposite the shaft, and a non-metallic cap member mated to the head opposite the shaft; characterized in that the non-metallic cap member includes a tapered opening through which the projection passes, the projection being melted so as to expand its diameter to greater than the smallest diameter of the tapered opening and retain the cap member.
A stump reducing machine comprising: a chassis including a first end and a second end; an engine mounted to the chassis; a mount member pivotally connected to the second end of the chassis, wherein the mount member is configured to pivot about a substantially vertical axis; a material reduction linkage assembly mounted to the mounting member, the material reduction linkage assembly including: a first linkage pivotally mounted to the mounting member, wherein the first linkage is configured to pivot about a substantially horizontal axis; a second linkage pivotally mounted to the mounting member, wherein the second linkage is configured to pivot about a substantially horizontal axis; and a third linkage pivotally mounted to the first linkage and the second linkage, wherein the third linkage is configured to support a rotatable material reduction tool that is positioned further from the first end of the chassis than the second end of the chassis. a chassis including a first end and a second end; an engine mounted to the chassis; a mount member pivotally connected to the second end of the chassis, wherein the mount member is configured to pivot about a substantially vertical axis; a material reduction linkage assembly mounted to the mounting member, the material reduction linkage assembly including: a first linkage pivotally mounted to the mounting member, wherein the first linkage is configured to pivot about a substantially horizontal axis; a second linkage pivotally mounted to the mounting member, wherein the second linkage is configured to pivot about a substantially horizontal axis; and a third linkage pivotally mounted to the first linkage and the second linkage, wherein the third linkage is configured to support a rotatable material reduction tool that is positioned further from the first end of the chassis than the second end of the chassis. a first linkage pivotally mounted to the mounting member, wherein the first linkage is configured to pivot about a substantially horizontal axis; a second linkage pivotally mounted to the mounting member, wherein the second linkage is configured to pivot about a substantially horizontal axis; and a third linkage pivotally mounted to the first linkage and the second linkage, wherein the third linkage is configured to support a rotatable material reduction tool that is positioned further from the first end of the chassis than the second end of the chassis.