mhurhangee/ep-ind-claims huggingface dataset:
An urban and interurban transport system for passengers using fluvial and maritime lanes, in which participate existing communication lanes including rivers and seas, comprising: - a stop being a closed building having access to a floating quay through mobile ramps, wherein said floating quay adapts to an existing water level of the body of water, - said floating quay comprises a float part separated from the main unit by underwater arms that allow the access of the boat between the float and the main unit and unify them jointly, - an automatic docking system for a boat to allow exchange of passengers, said boat having hydraulic platforms to anchor at the quay, fixing to the float from one side and to the main unit from the other side, said quay operates together with the hydraulic platforms foldable each one at each side of the boat, which will be unfolded over the quay in the docking moment and engages the boat to the quay, wherein such double fixation provides stability to allow the exchange of passengers. - a stop being a closed building having access to a floating quay through mobile ramps, wherein said floating quay adapts to an existing water level of the body of water, - said floating quay comprises a float part separated from the main unit by underwater arms that allow the access of the boat between the float and the main unit and unify them jointly, - an automatic docking system for a boat to allow exchange of passengers, said boat having hydraulic platforms to anchor at the quay, fixing to the float from one side and to the main unit from the other side, said quay operates together with the hydraulic platforms foldable each one at each side of the boat, which will be unfolded over the quay in the docking moment and engages the boat to the quay, wherein such double fixation provides stability to allow the exchange of passengers.
Method for producing a decorative panel, comprising the steps of: a) providing a carrier, b) applying a decoration on at least a partial region of the carrier, c) applying a lacquer-containing top layer onto the decoration, wherein d) the lacquer-containing top layer is partially hardened; wherein e) subsequently to the partial hardening of the top layer the latter is provided with a structure, wherein f) step e) is at least partially carried out by negative patterning; and g) the lacquer-containing top layer is fully hardened after step e), characterized in that d1) a partial hardening of the top layer is realized while forming a hardening gradient, and wherein the hardening gradient is formed in the thickness direction of the top layer such that a surface region of the top layer is hardened comparably stronger than a deeper-lying region of the top layer; and wherein the partial hardening of the lacquer-containing top layer is carried out by use of a radiation having a wavelength in a range from ≥ 200 nm to ≤ 380 nm. a) providing a carrier, b) applying a decoration on at least a partial region of the carrier, c) applying a lacquer-containing top layer onto the decoration, wherein d) the lacquer-containing top layer is partially hardened; wherein e) subsequently to the partial hardening of the top layer the latter is provided with a structure, wherein f) step e) is at least partially carried out by negative patterning; and g) the lacquer-containing top layer is fully hardened after step e), characterized in that d1) a partial hardening of the top layer is realized while forming a hardening gradient, and wherein the hardening gradient is formed in the thickness direction of the top layer such that a surface region of the top layer is hardened comparably stronger than a deeper-lying region of the top layer; and wherein
A smart trash receptacle comprising a bagging mechanism disposed within a body of the trash receptacle, wherein a first fixed edge of the bagging mechanism and a second fixed edge of the bagging mechanism intersecting the first fixed edge are provided at tops of internal surfaces of the body of the trash receptacle; the bagging mechanism comprises a first pressing bar, which is able to slide along the second fixed edge to gather the open end of the trash bag onto the first fixed edge, and a second pressing bar, which is able to slide along the first fixed edge to gather the open end of the trash bag onto the second fixed edge, the first pressing bar and the second pressing bar being further able to work together to gather the trash bag to the intersection of the first fixed edge and the second fixed edge, in the vicinity of which, a heat fusing device is disposed for heat fusing and sealing the trash bag; and the bagging mechanism further comprises driving means for driving the first pressing bar and the second pressing bar to move.
A refrigerant detection assembly, comprising: a nondispersive infrared sensor for sensing a flammable refrigerant; a fan configured to continuously direct a sample to the nondispersive infrared sensor; and a controller operatively connected to the nondispersive infrared sensor and the fan, the controller configured to: operate the fan in constant operation, and trigger a response when the sensor detects a concentration of at least 25% of the lower flammability limit in the sample. a nondispersive infrared sensor for sensing a flammable refrigerant; a fan configured to continuously direct a sample to the nondispersive infrared sensor; and a controller operatively connected to the nondispersive infrared sensor and the fan, the controller configured to: operate the fan in constant operation, and trigger a response when the sensor detects a concentration of at least 25% of the lower flammability limit in the sample. operate the fan in constant operation, and trigger a response when the sensor detects a concentration of at least 25% of the lower flammability limit in the sample.
An assembly comprising: at least one electrical device; at least one carrier substrate arranged to support the at least one electrical device, the at least one carrier substrate comprising a metal core printed circuit board; wherein the at least one carrier substrate is arranged with at least one tubular structure which is at least in part hollow and arranged so as to permit passage of fluid through the at least one carrier substrate between a first side of the at least one carrier substrate and a second side of the at least one carrier substrate, wherein the at least one tubular structure is arranged such that it has an extension so that it protrudes a predefined distance from at least one of the first side and the second side, and wherein the at least one tubular structure is constituted by an integrally arranged portion of the at least one carrier substrate, characterized in that the at least one tubular structure comprises or is constituted by a deep-drawn, stamped-out or punched-through portion of the at least one carrier substrate. at least one electrical device; at least one carrier substrate arranged to support the at least one electrical device, the at least one carrier substrate comprising a metal core printed circuit board; wherein the at least one carrier substrate is arranged with at least one tubular structure which is at least in part hollow and arranged so as to permit passage of fluid through the at least one carrier substrate between a first side of the at least one carrier substrate and a second side of the at least one carrier substrate, wherein the at least one tubular structure is arranged such that it has an extension so that it protrudes a predefined distance from at least one of the first side and the second side, and wherein the at least one tubular structure is constituted by an integrally arranged portion of the at least one carrier substrate, characterized in that the at least one tubular structure comprises or is constituted by a deep-drawn, stamped-out or punched-through portion of the at least one carrier substrate.
A system comprising: a user interface device comprising: a housing; a user input element supported by the housing; a haptic output device supported by the housing, the haptic output device being configured to generate a haptic effect at a surface of the user interface device, the surface being part of the housing and/or the user input element; and a first processor disposed within the housing; the system further comprising a host computer separate from the user interface device and in communication with the user interface device via a communication channel, the host computer comprising a second processor configured to output video content to a display, the video content relating to a gaming application; wherein, the first processor is configured to: receive an input command from the user input element to interact with the gaming application; communicate the input command to the host computer; receive an output command from the host computer via the communication channel; and output a haptic signal based on the output command to the haptic output device to generate the haptic effect at the surface, wherein the haptic effect is configured to convey information about a current mode of interaction with the gaming application to a user by changing the surface properties of the surface. a housing; a user input element supported by the housing; a haptic output device supported by the housing, the haptic output device being configured to generate a haptic effect at a surface of the user interface device, the surface being part of the housing and/or the user input element; and a first processor disposed within the housing; the system further comprising a host computer separate from the user interface device and in communication with the user interface device via a communication channel, the host computer comprising a second processor configured to output video content to a display, the video content relating to a gaming application; wherein, the first processor is configured to: receive an input command from the user input element to interact with the gaming application; communicate the input command to the host computer; receive an output command from the host computer via the communication channel; and output a haptic signal based on the output command to the haptic output device to generate the haptic effect at the surface, wherein the haptic effect is configured to convey information about a current mode of interaction with the gaming application to a user by changing the surface properties of the surface. receive an input command from the user input element to interact with the gaming application; communicate the input command to the host computer; receive an output command from the host computer via the communication channel; and output a haptic signal based on the output command to the haptic output device to generate the haptic effect at the surface, wherein the haptic effect is configured to convey information about a current mode of interaction with the gaming application to a user by changing the surface properties of the surface.
A method comprising: forming a preform charge, wherein the preform charge is formed by: A. placing a requisite amount of preforms (420, 620, 622, 820, 822, 920, 1020, 1024, 1220, 1420, 1422, 1520, 1522, 1720, 1722, 1920) in a preform-charge fixture (1130, 1330, 1630, 1830), each preform consisting essentially of a segment of towpreg, the segment of towpreg comprising a bundle of fibers, the segment of towpreg having a cross section of arbitrary shape and an aspect ratio, defined as the ratio of width to thickness, in a range of about 0.25 to about 6.0, wherein the bundle of fibers is impregnated with a polymer resin, and wherein the preform-charge fixture comprises one or more clamps (1136, 1336, 1636A/B, 1836A/B) and a cavity (1134, 1334, 1634, 1834) formed in a plate (1132, 1332, 1632, 1832), wherein the cavity, in conjunction with one or more clamps, receive and enable stacking of the preforms into an assemblage having a first geometry defined by a shape of the cavity, the one or more clamps functioning to physically confine, restrain, or apply pressure to the preforms so that the preforms in the assemblage thereof abut one another; and B. after arranging the requisite amount of preforms into the assemblage, softening the preforms when the polymer resin comprises thermoplastic, thereby causing at least some neighboring preforms in the assemblage to bond to one another to form the preform charge (400, 500, 600, 700, 800, 900, 1000, 1200, 1400, 1500, 1700, 1900, 2000). A. placing a requisite amount of preforms (420, 620, 622, 820, 822, 920, 1020, 1024, 1220, 1420, 1422, 1520, 1522, 1720, 1722, 1920) in a preform-charge fixture (1130, 1330, 1630, 1830), each preform consisting essentially of a segment of towpreg, the segment of towpreg comprising a bundle of fibers, the segment of towpreg having a cross section of arbitrary shape and an aspect ratio, defined as the ratio of width to thickness, in a range of about 0.25 to about 6.0, wherein the bundle of fibers is impregnated with a polymer resin, and wherein the preform-charge fixture comprises one or more clamps (1136, 1336, 1636A/B, 1836A/B) and a cavity (1134, 1334, 1634, 1834) formed in a plate (1132, 1332, 1632, 1832), wherein the cavity, in conjunction with one or more clamps, receive and enable stacking of the preforms into an assemblage having a first geometry defined by a shape of the cavity, the one or more clamps functioning to physically confine, restrain, or apply pressure to the preforms so that the preforms in the assemblage thereof abut one another; and B. after arranging the requisite amount of preforms into the assemblage, softening the preforms when the polymer resin comprises thermoplastic, thereby causing at least some neighboring preforms in the assemblage to bond to one another to form the preform charge (400, 500, 600, 700, 800, 900, 1000, 1200, 1400, 1500, 1700, 1900, 2000).
A method for treating a contact lens comprising: (a) contacting a swellable, polymeric contact lens containing extractable material with an extraction medium (12, 16, 20, 24; 112, 116, 120) other than pure water comprising at least one organic component at conditions effective to swell the contact lens with the extraction medium (12, 16, 20, 24; 112, 116, 120), to reduce the amount of extractable material in the contact lens, and to form a used extraction medium containing extractable material; and (b) contacting the contact lens having a reduced amount of extractable material with water (28, 30, 32; 128, 130, 132) to form a water swelled contact lens, characterised in that prior to step (b) the contact lens is contacted with a composition (26; 126) containing more than about 5% by weight of water and an organic solvent component. (a) contacting a swellable, polymeric contact lens containing extractable material with an extraction medium (12, 16, 20, 24; 112, 116, 120) other than pure water comprising at least one organic component at conditions effective to swell the contact lens with the extraction medium (12, 16, 20, 24; 112, 116, 120), to reduce the amount of extractable material in the contact lens, and to form a used extraction medium containing extractable material; and (b) contacting the contact lens having a reduced amount of extractable material with water (28, 30, 32; 128, 130, 132) to form a water swelled contact lens,
Device for aspirating body fluids and for supplying a substance to a human or animal body, comprising a first pump for the aspiration of the body fluids; a coupling element for connecting a second pump in order to convey the substance to the body by means of the second pump (3, 3'); and a drive (70, 70') for driving the first pump; characterized in that the same drive (70, 70') which serves to drive the first pump also serves to drive the second pump (3, 3').
A method of controlling a process for producing a polymer composition, the method comprising: (a) determining an existing volume of a polymer composition; (b) calculating a first instantaneous value of a property and production rate of a first polymer component using a mathematical model at a first time; (c) calculating a second instantaneous value of the property and production rate of a second polymer component using a mathematical model at a first time; (d) calculating a bed average value of the property of polymer composition comprising the first polymer component and the second polymer component from the first and second instantaneous values calculated in (a), (b), and the existing volume based on a set of mixing rules at the first time, t 1; (e) implementing a control action to move the value of the bed average property toward a desired value of the bed average property. (a) determining an existing volume of a polymer composition; (b) calculating a first instantaneous value of a property and production rate of a first polymer component using a mathematical model at a first time; (c) calculating a second instantaneous value of the property and production rate of a second polymer component using a mathematical model at a first time; (d) calculating a bed average value of the property of polymer composition comprising the first polymer component and the second polymer component from the first and second instantaneous values calculated in (a), (b), and the existing volume based on a set of mixing rules at the first time, t 1; (e) implementing a control action to move the value of the bed average property toward a desired value of the bed average property.
A steel billet deburring machine, intended to be incorporated into a continuous cast iron and steel installation, in an arrangement immediately after an oxycutting station, for removing by impact the burrs produced on the head and/or the tail of a steel billet, wherein the deburring machine comprises: • a frame on which a rotating roller is mounted; • a plurality of impact tools arranged on an outer surface of the rotating roller and configured to impact on the head and/or the tail of the steel billet; characterized in that the steel billet deburring machine further comprises: • at least one tilting side arm linked to the rotating roller for tilting said rotating roller and bringing it closer to and/or moving it away from the steel billet; and • a pneumatic cylinder linked to the at least one tilting side arm, which transmits the tilting movement to said rotating roller; wherein said pneumatic cylinder is configured to absorb part of the energy generated by the impact during the deburring process. • a frame on which a rotating roller is mounted; • a plurality of impact tools arranged on an outer surface of the rotating roller and configured to impact on the head and/or the tail of the steel billet; • at least one tilting side arm linked to the rotating roller for tilting said rotating roller and bringing it closer to and/or moving it away from the steel billet; and • a pneumatic cylinder linked to the at least one tilting side arm, which transmits the tilting movement to said rotating roller;
A cleaning apparatus, comprising: a cleaning head movable along a floor surface; a handle operably coupled with the cleaning head; a supply tank adapted to hold a quantity of cleaning fluid; a cleaning fluid outlet in fluid communication with the supply tank and positioned to distribute cleaning fluid to the floor surface; a distribution path between the supply tank and the outlet; the cleaning apparatus further characterized by an accelerometer configured to detect acceleration of the cleaning apparatus to determine if the cleaning apparatus is moving; and a diverter in the distribution path and configured to divert cleaning fluid away from the cleaning fluid outlet when no acceleration of the cleaning apparatus is detected by the accelerometer, and to deliver cleaning fluid to the cleaning fluid outlet when acceleration of the cleaning apparatus is detected by the accelerometer. a cleaning head movable along a floor surface; a handle operably coupled with the cleaning head; a supply tank adapted to hold a quantity of cleaning fluid; a cleaning fluid outlet in fluid communication with the supply tank and positioned to distribute cleaning fluid to the floor surface; a distribution path between the supply tank and the outlet; the cleaning apparatus further characterized by an accelerometer configured to detect acceleration of the cleaning apparatus to determine if the cleaning apparatus is moving; and a diverter in the distribution path and configured to divert cleaning fluid away from the cleaning fluid outlet when no acceleration of the cleaning apparatus is detected by the accelerometer, and to deliver cleaning fluid to the cleaning fluid outlet when acceleration of the cleaning apparatus is detected by the accelerometer.
A process for making an aqueous dispersion of fluorinated ionomer particles, said fluorinated ionomer having sufficient ionic groups to provide an ion exchange ratio of no greater than 53, said process comprising: polymerizing in a first polymerization step at least one fluorinated monomer having an ionic group in an aqueous polymerization medium in the presence of initiator, said polymerizing providing dispersed particulate of fluorinated ionomer having a molecular weight which provides solid fluorinated ionomer particulate at room temperature; polymerizing in a second polymerization step at least one fluorinated monomer having an ionic group in said aqueous polymerization medium in the presence of said dispersed particulate of fluorinated ionomer and initiator to form the aqueous dispersion of particles of fluorinated ionomer; and suspending said first polymerization step prior to beginning said second polymerization step. polymerizing in a first polymerization step at least one fluorinated monomer having an ionic group in an aqueous polymerization medium in the presence of initiator, said polymerizing providing dispersed particulate of fluorinated ionomer having a molecular weight which provides solid fluorinated ionomer particulate at room temperature; polymerizing in a second polymerization step at least one fluorinated monomer having an ionic group in said aqueous polymerization medium in the presence of said dispersed particulate of fluorinated ionomer and initiator to form the aqueous dispersion of particles of fluorinated ionomer; and suspending said first polymerization step prior to beginning said second polymerization step.
A composite comprising: a sodium sulfonated polyester matrix; wherein the sodium sulfonated polyester has a degree of sulfonation of at least about 7.5 mol percent; and a plurality of silver nanoparticles dispersed within the matrix. a sodium sulfonated polyester matrix; wherein the sodium sulfonated polyester has a degree of sulfonation of at least about 7.5 mol percent; and a plurality of silver nanoparticles dispersed within the matrix.
An optical access disconnect system (10, 20), comprising: a plurality of optical detectors (24, 24a); a mount suitable for mounting the plurality of optical detectors, wherein the mount and the plurality of optical detectors are configured for positioning adjacent a dialysis access site for detecting a presence of blood of a patient; signal processing circuitry (15, 25), the circuitry operably connected to the plurality of optical detectors; and a communications circuit (18, 27) connected to the signal processing circuitry, characterized in that the system comprises a plurality of light sources (12, 22) of different wavelengths for emitting light to be detected by the plurality of optical detectors, the plurality of light sources connected to the signal processing circuitry. a plurality of optical detectors (24, 24a); a mount suitable for mounting the plurality of optical detectors, wherein the mount and the plurality of optical detectors are configured for positioning adjacent a dialysis access site for detecting a presence of blood of a patient; signal processing circuitry (15, 25), the circuitry operably connected to the plurality of optical detectors; and a communications circuit (18, 27) connected to the signal processing circuitry, characterized in that the system comprises a plurality of light sources (12, 22) of different wavelengths for emitting light to be detected by the plurality of optical detectors, the plurality of light sources connected to the signal processing circuitry.