mhurhangee/ep-ind-claims huggingface dataset:
A composition for radiolabeling diethylenetriaminepentaacetic Acid (DTPA)-dextran with Technetium-99m, comprising: (a) a DTPA-dextran with a concentration of up to 0.50 mg/vial; (b) a sugar selected from the group of non-reducing disaccharides with a concentration up to 2% (w/v); (c) a non-sulfhydryl anti-oxidant wherein the concentration is in the range of 0.5 mg/vial; (d) a stannous salt wherein the concentration of the dihydrate form of the stannous salt is up to 75 micrograms/vial; (e) a pH buffer selected from a group of pH buffers in the concentration range of up to 0.5 mg/vial; (f) a water for injection, wherein the water is degassed and deaerated with an inert gas; and g) a transchelator; wherein the pH of the composition is between 2 and 4; and the pH buffer and transchelator is glycine. (a) a DTPA-dextran with a concentration of up to 0.50 mg/vial; (b) a sugar selected from the group of non-reducing disaccharides with a concentration up to 2% (w/v); (c) a non-sulfhydryl anti-oxidant wherein the concentration is in the range of 0.5 mg/vial; (d) a stannous salt wherein the concentration of the dihydrate form of the stannous salt is up to 75 micrograms/vial; (e) a pH buffer selected from a group of pH buffers in the concentration range of up to 0.5 mg/vial; (f) a water for injection, wherein the water is degassed and deaerated with an inert gas; and g) a transchelator;
A network connection method, wherein the method comprises: broadcasting, by a hotspot terminal, a first unencrypted service set identifier, SSID, and a second encrypted SSID; receiving, by the hotspot terminal, an Internet access request sent by a mobile terminal, wherein the Internet access request is sent to the hotspot terminal after the mobile terminal accesses, according to the first unencrypted SSID of the hotspot terminal, an unencrypted wireless local area network, WLAN, established by the hotspot terminal, wherein the mobile terminal is able to access, according to the first unencrypted SSID, the unencrypted WLAN without password; receiving, by the hotspot terminal, a user identity information sent by the mobile terminal, and the user identity information is used to identify a user who uses the mobile terminal; receiving, by the hotspot terminal, a permission confirmation instruction that is entered by an administrator according to the user identity information; and determining, by the hotspot terminal, Internet access permission of the mobile terminal according to the received permission confirmation instruction. broadcasting, by a hotspot terminal, a first unencrypted service set identifier, SSID, and a second encrypted SSID; receiving, by the hotspot terminal, an Internet access request sent by a mobile terminal, wherein the Internet access request is sent to the hotspot terminal after the mobile terminal accesses, according to the first unencrypted SSID of the hotspot terminal, an unencrypted wireless local area network, WLAN, established by the hotspot terminal, wherein the mobile terminal is able to access, according to the first unencrypted SSID, the unencrypted WLAN without password; receiving, by the hotspot terminal, a user identity information sent by the mobile terminal, and the user identity information is used to identify a user who uses the mobile terminal; receiving, by the hotspot terminal, a permission confirmation instruction that is entered by an administrator according to the user identity information; and determining, by the hotspot terminal, Internet access permission of the mobile terminal according to the received permission confirmation instruction.
A method for manufacturing a sensorized elastomeric support, characterized by comprising the following steps: adhering a first sheet of elastomeric material onto a lateral face of an elastomeric block; adhering a buckypaper strip deformation sensor along a diagonal direction of said first sheet of elastomeric material for measuring deformations of the elastomeric block both in a vertical and a horizontal direction; adhering a second sheet of elastomeric material onto the first sheet of elastomeric material, such that the buckypaper strip deformation sensor is sandwiched therebetween; submitting the elastomeric bock, with the first sheet, the buckypaper deformation sensor and the second sheet adhered thereto, to a vulcanization process. adhering a first sheet of elastomeric material onto a lateral face of an elastomeric block; adhering a buckypaper strip deformation sensor along a diagonal direction of said first sheet of elastomeric material for measuring deformations of the elastomeric block both in a vertical and a horizontal direction; adhering a second sheet of elastomeric material onto the first sheet of elastomeric material, such that the buckypaper strip deformation sensor is sandwiched therebetween; submitting the elastomeric bock, with the first sheet, the buckypaper deformation sensor and the second sheet adhered thereto, to a vulcanization process.
Cooling device, in particular refrigerator, comprising at least one cooling chamber with side walls and at least one shelf, wherein at least one wall mounting means for mounting the at least one shelf is arranged on at least one of the side walls, wherein the shelf comprises at least one shelf plate with side edges, wherein a shelf mounting means is arranged on at least one of the side edges for supporting the shelf on the at least one wall mounting means, wherein at least one spring element is arranged on the at least one shelf mounting means, characterised in that the spring element presses the shelf in the inserted state against a stop surface of the at least one wall mounting means, which counteracts any displacements of the shelf.
A display device, comprising: a display configured to emit light for displaying an image; a microlens array on the display and configured to collimate the image incident from the display so as to be delivered to eyes of a user, the microlens array including a refractive index conversion layer in which a refractive index varies from region to region; and an optical path adjustment layer configured to collect the light, emitted from the display and transmitted by the microlens array, and to space the display and the microlens array a preset distance apart from each other, wherein the refractive index conversion layer includes a polymer and liquid crystal molecules that interact with the polymer. a display configured to emit light for displaying an image; a microlens array on the display and configured to collimate the image incident from the display so as to be delivered to eyes of a user, the microlens array including a refractive index conversion layer in which a refractive index varies from region to region; and an optical path adjustment layer configured to collect the light, emitted from the display and transmitted by the microlens array, and to space the display and the microlens array a preset distance apart from each other, wherein the refractive index conversion layer includes a polymer and liquid crystal molecules that interact with the polymer.
A magnetic field shield sheet for a wireless charger, the magnetic field shield sheet comprising: at least one layer thin magnetic sheet made of an amorphous ribbon separated into a plurality of fine pieces; a protective film that is adhered on one surface of the thin magnetic sheet via a first adhesive layer provided on one side of the protective film; and a double-sided tape that is adhered on the other surface of the thin magnetic sheet via a second adhesive layer provided on one side of the double-sided adhesive tape, wherein gaps among the plurality of fine pieces are filled by some parts of the first and second adhesive layers, to thereby isolate the plurality of fine pieces. at least one layer thin magnetic sheet made of an amorphous ribbon separated into a plurality of fine pieces; a protective film that is adhered on one surface of the thin magnetic sheet via a first adhesive layer provided on one side of the protective film; and a double-sided tape that is adhered on the other surface of the thin magnetic sheet via a second adhesive layer provided on one side of the double-sided adhesive tape, wherein gaps among the plurality of fine pieces are filled by some parts of the first and second adhesive layers, to thereby isolate the plurality of fine pieces.
A method for operating a wind power plant in a weak grid environment, the wind power plant being coupled to an electrical grid and comprising a power plant controller for controlling a plurality of wind turbine generators of the wind power plant, the method comprising: controlling each wind turbine generator of the plurality of wind turbine generators to generate an amount of active power according to an active power reference; determining whether the electrical grid fulfils a weak grid criterion; and when the weak grid criterion is fulfilled, setting the power plant controller to operate in a weak grid mode, the weak grid mode comprising: when a grid voltage deviates from a normal operating voltage beyond a threshold voltage, and prior to entering a fault ride-through mode, controlling the power plant controller to provide to the plurality of wind turbine generators a reduced active power reference according to which the plurality of wind turbine generators are controlled, the reduced active power reference being less than the active power reference; and when the electrical grid recovers from the voltage deviation, controlling each wind turbine generator of the plurality of wind turbine generators to generate a reduced amount of active power according to the provided reduced active power reference. controlling each wind turbine generator of the plurality of wind turbine generators to generate an amount of active power according to an active power reference; determining whether the electrical grid fulfils a weak grid criterion; and when the weak grid criterion is fulfilled, setting the power plant controller to operate in a weak grid mode, the weak grid mode comprising: when a grid voltage deviates from a normal operating voltage beyond a threshold voltage, and prior to entering a fault ride-through mode, controlling the power plant controller to provide to the plurality of wind turbine generators a reduced active power reference according to which the plurality of wind turbine generators are controlled, the reduced active power reference being less than the active power reference; and when the electrical grid recovers from the voltage deviation, controlling each wind turbine generator of the plurality of wind turbine generators to generate a reduced amount of active power according to the provided reduced active power reference. when a grid voltage deviates from a normal operating voltage beyond a threshold voltage, and prior to entering a fault ride-through mode, controlling the power plant controller to provide to the plurality of wind turbine generators a reduced active power reference according to which the plurality of wind turbine generators are controlled, the reduced active power reference being less than the active power reference; and when the electrical grid recovers from the voltage deviation, controlling each wind turbine generator of the plurality of wind turbine generators to generate a reduced amount of active power according to the provided reduced active power reference.
A method for remediating contaminated soil and groundwater, the method comprising: selecting a treatment material; creating a smolderable mixture of contaminant, treatment material and soils by admixing and emplacing the treatment material into a volume of contaminated soil below ground, wherein the smolderable mixture is configured to absorb and concentrate the contaminant from the volume of contaminated soil; allowing the smolderable mixture to absorb and concentrate the contaminant from the volume of contaminated soil; heating a portion of the smolderable mixture by means of a heating source; forcing oxidant through the smolderable mixture; initiating a self-sustaining smoldering combustion of the smolderable mixture to destroy or remove the contaminant; and terminating the source of heat applied to the smolderable mixture. selecting a treatment material; creating a smolderable mixture of contaminant, treatment material and soils by admixing and emplacing the treatment material into a volume of contaminated soil below ground, wherein the smolderable mixture is configured to absorb and concentrate the contaminant from the volume of contaminated soil; allowing the smolderable mixture to absorb and concentrate the contaminant from the volume of contaminated soil; heating a portion of the smolderable mixture by means of a heating source; forcing oxidant through the smolderable mixture; initiating a self-sustaining smoldering combustion of the smolderable mixture to destroy or remove the contaminant; and terminating the source of heat applied to the smolderable mixture.
A method of making a non-porous biodegradable composite material that is made water-absorbent and/or lipid-absorbent for obtaining diversely shaped solid objects and to be subsequently loaded with active liquid hydrophilic and/or lipophilic compositions comprising at least one active ingredient intended to be delivered into an environment in a controlled and continuous manner, characterized in that it comprises the following steps: a) select a base solid material or a mixture of a plurality of base solid materials of natural or synthetic origin; b) mix the base solid material obtained in a) with a solid cohesion co-formulant or a solid coabsorbant. c) pulverize the mixture of solid materials obtained in b); d) wet the mixture obtained in c) at a level between 9% and 13.5%; e) add a liquid cohesion co-formulant or a liquid coabsorbant to the wetted mixture of d) to get a fine powder or a meal; f) atock said fine powder or said meal obtained in e) for maturation thereof; g) shape said fine powder or meal obtained in f) into water-absorbent and/or lipid-absorbent non-porous solid objects; h) stock the non-porous water-absorbent and/or lipid-absorbent solid objects obtained in g) in moisture-proof sealed containers; i) subsequently incorporate at least one active liquid, or made liquid, lipophilic or hydrophilic composition in said non-porous solid objects obtained in h) resulting in an active solid object; j) if applicable, coat the active solid object obtained in i); k) stock the active solid objects obtained in i) or if applicable in j) in a sealed container. a) select a base solid material or a mixture of a plurality of base solid materials of natural or synthetic origin; b) mix the base solid material obtained in a) with a solid cohesion co-formulant or a solid coabsorbant. c) pulverize the mixture of solid materials obtained in b); d) wet the mixture obtained in c) at a level between 9% and 13.5%; e) add a liquid cohesion co-formulant or a liquid coabsorbant to the wetted mixture of d) to get a fine powder or a meal; f) atock said fine powder or said meal obtained in e) for maturation thereof; g) shape said fine powder or meal obtained in f) into water-absorbent and/or lipid-absorbent non-porous solid objects; h) stock the non-porous water-absorbent and/or lipid-absorbent solid objects obtained in g) in moisture-proof sealed containers; i) subsequently incorporate at least one active liquid, or made liquid, lipophilic or hydrophilic composition in said non-porous solid objects obtained in h) resulting in an active solid object; j) if applicable, coat the active solid object obtained in i); k) stock the active solid objects obtained in i) or if applicable in j) in a sealed container.
A method of making a disposable double walled structure comprising: an inner wall portion surrounding a product space presenting a cross section and extending along an axial direction, perpendicular to the cross section, between first and second axially spaced apart portions, and an outer wall portion at least partially surrounding the inner wall portion, wherein an insulating space is formed between the inner and outer wall portions, the method comprising: forming the inner and outer wall portions (51, 52) in one piece from a pulp material, such that the inner and outer wall portions are connected at the first axial portion and at least partially overlap as seen in a direction perpendicular to the axial direction, and bending at least one of the inner and outer wall portions in the direction perpendicular to the axial direction towards the other one of the inner and outer wall portions at the second axial portion, so as to form the insulating space. an inner wall portion surrounding a product space presenting a cross section and extending along an axial direction, perpendicular to the cross section, between first and second axially spaced apart portions, and an outer wall portion at least partially surrounding the inner wall portion, wherein an insulating space is formed between the inner and outer wall portions, the method comprising: forming the inner and outer wall portions (51, 52) in one piece from a pulp material, such that the inner and outer wall portions are connected at the first axial portion and at least partially overlap as seen in a direction perpendicular to the axial direction, and bending at least one of the inner and outer wall portions in the direction perpendicular to the axial direction towards the other one of the inner and outer wall portions at the second axial portion, so as to form the insulating space. forming the inner and outer wall portions (51, 52) in one piece from a pulp material, such that the inner and outer wall portions are connected at the first axial portion and at least partially overlap as seen in a direction perpendicular to the axial direction, and bending at least one of the inner and outer wall portions in the direction perpendicular to the axial direction towards the other one of the inner and outer wall portions at the second axial portion, so as to form the insulating space.
A woven fabric comprising a repeating pattern of weave zones containing first weave zones and partial float weave zones, wherein the woven fabric comprises: a plurality of warp yarns arranged into groupings of warp yarns, wherein each grouping contains between 2 and 10 warp yarns; and, a plurality of picks of weft yarns; wherein in each first weave zone the picks of weft yarns comprise a repeating first weft pattern of at least one monofilament yarn, at least one multiple-inserted multifilament yarn, and optionally at least one single-inserted multifilament yarn, and wherein in each partial float weave zone the picks of weft yarns comprise a repeating second weft pattern of at least one monofilament yarn, at least one multiple-inserted multifilament yarn, wherein multiple inserted means that either (a) multiple filling yarns are inserted in the shed of the loom together or (b) multiple filling yarns are inserted separately, while the shed of the loom remains the same or (c) multiple filling yarns are inserted separately, where the shed of the looms remains substantially the same, that is, the position of 25% or less of the warp yarns are changed between insertions of the yarns, and optionally at least one single-inserted multifilament yarn, characterized in that in each partial float weave zone, only a portion of the warp yarns within at least a portion of the warp groupings float over 3 weft yarns including floating over at least one multiple-inserted multifilament weft yarn in at least a portion of weft pattern repeats, and the non-floating warp yarns pass successively over and under alternating picks of weft yarns. a plurality of warp yarns arranged into groupings of warp yarns, wherein each grouping contains between 2 and 10 warp yarns; and, a plurality of picks of weft yarns; wherein in each first weave zone the picks of weft yarns comprise a repeating first weft pattern of at least one monofilament yarn, at least one multiple-inserted multifilament yarn, and optionally at least one single-inserted multifilament yarn, and wherein in each partial float weave zone the picks of weft yarns comprise a repeating second weft pattern of at least one monofilament yarn, at least one multiple-inserted multifilament yarn, wherein multiple inserted means that either (a) multiple filling yarns are inserted in the shed of the loom together or (b) multiple filling yarns are inserted separately, while the shed of the loom remains the same or (c) multiple filling yarns are inserted separately, where the shed of the looms remains substantially the same, that is, the position of 25% or less of the warp yarns are changed between insertions of the yarns, and optionally at least one single-inserted multifilament yarn, characterized in that in each partial float weave zone, only a portion of the warp yarns within at least a portion of the warp groupings float over 3 weft yarns including floating over at least one multiple-inserted multifilament weft yarn in at least a portion of weft pattern repeats, and the non-floating warp yarns pass successively over and under alternating picks of weft yarns.
A method for chlorinating polyvinyl chloride, the method comprising: a. providing an aqueous suspension of polyvinyl chloride particles, where the aqueous suspension is substantially devoid of vinyl chloride monomer; b. associating a chlorination accelerant with the polyvinyl chloride particles to thereby form polyvinyl chloride particles having a chlorination accelerant associated therewith; and c. chlorinating the polyvinyl chloride particles having a chlorination accelerant associated therewith; where the chlorination accelerant is selected from the group consisting of polyvinyl alcohol, partially hydrolyzed poly(vinyl acetate) homopolymer, partially hydrolyzed co-polymers of vinyl acetate and comonomer, polyethylene glycol, poly(alkylene) oxides, hydroxypropyl cellulose, hydroxyethyl cellulose, hydroxypropyl methylcellulose and water-soluble cellulose esters. a. providing an aqueous suspension of polyvinyl chloride particles, where the aqueous suspension is substantially devoid of vinyl chloride monomer; b. associating a chlorination accelerant with the polyvinyl chloride particles to thereby form polyvinyl chloride particles having a chlorination accelerant associated therewith; and c. chlorinating the polyvinyl chloride particles having a chlorination accelerant associated therewith;
An apparatus for projecting UV light, the apparatus comprising: a mobile body including opposing lateral sides (102-1, 102-2), a sagittal plane (SS') passing therebetween, and a base; a projection head rotatably mounted to the mobile body, the projection head including a set of radiation units (1204-1a, 1204-1b) for projecting UV light; and characterised in that the projection head is mounted to rotate about a horizontal axis extending parallel to the base and in the sagittal plane (SS') while the UV light is being projected by the set of radiation units (1204-1a, 1204-1b) including a first radiation unit and a second radiation unit respectively oriented towards each of the opposing lateral sides (102-1, 102-2). a mobile body including opposing lateral sides (102-1, 102-2), a sagittal plane (SS') passing therebetween, and a base; a projection head rotatably mounted to the mobile body, the projection head including a set of radiation units (1204-1a, 1204-1b) for projecting UV light; and characterised in that the projection head is mounted to rotate about a horizontal axis extending parallel to the base and in the sagittal plane (SS') while the UV light is being projected by the set of radiation units (1204-1a, 1204-1b) including a first radiation unit and a second radiation unit respectively oriented towards each of the opposing lateral sides (102-1, 102-2).
A photobioreactor (101, 201) for cultivating algae, having at least two cultivation chambers (105, 108, 205, 208), which are connected to one another by a first connection (106, 206), characterized in that the first connection has a predetermined breaking point (107, 207), which opens in the event of a threshold current, so that a flowing medium, in particular seawater, flows through the opened predetermined breaking point, thus reducing a current resistance of the photobioreactor.