mhurhangee/ep-ind-claims huggingface dataset:
A method of enriching the growth of a target microorganism, comprising: providing a culture medium, a sample that may include the target microorganism, and a latent effervescent body; wherein the latent effervescent body comprises an outer shell with a core composition disposed therein wherein the core composition comprises two or more effervescent components and a selective agent that facilitates the growth of the target microorganism relative to growth of at least one other microorganism by retarding or preventing the growth of the of at least one other microorganism; contacting the sample, the latent effervescent body, and the culture medium under conditions to facilitate growth of the target microorganism; and releasing the selective agent from the latent effervescent body. providing a culture medium, a sample that may include the target microorganism, and a latent effervescent body; wherein the latent effervescent body comprises an outer shell with a core composition disposed therein wherein the core composition comprises two or more effervescent components and a selective agent that facilitates the growth of the target microorganism relative to growth of at least one other microorganism by retarding or preventing the growth of the of at least one other microorganism; wherein the latent effervescent body comprises an outer shell with a core composition disposed therein wherein the core composition comprises two or more effervescent components and a selective agent that facilitates the growth of the target microorganism relative to growth of at least one other microorganism by retarding or preventing the growth of the of at least one other microorganism; contacting the sample, the latent effervescent body, and the culture medium under conditions to facilitate growth of the target microorganism; and releasing the selective agent from the latent effervescent body.
A computer implemented method comprising: verifying a digital signature of an ActiveX control; and identifying at least one executable file of the ActiveX control; authorizing the at least one executable file for execution by white-listing the at least one executable file and authorizing the at least one executable file as an updater by marking the at least one executable file as an updater if the digital signature is from an authorized issuer, wherein an updater is a file with privileges to white-list other executable files; and installing the ActiveX control. verifying a digital signature of an ActiveX control; and identifying at least one executable file of the ActiveX control;
A composition comprising: A) at least one epoxy resin; B) rubber particles; C) at least one additive selected from the group consisting of polyurethanes; D) at least one heat-activated latent curing agent; and E) at least one plasticizer. A) at least one epoxy resin; B) rubber particles; C) at least one additive selected from the group consisting of polyurethanes; D) at least one heat-activated latent curing agent; and E) at least one plasticizer.
A method comprising treating soil in a field for agricultural applications with two different aqueous mixtures, first with an aqueous mixture containing a sulfonated aromatic polymer component and then with an aqueous mixture containing polyethylene oxide; wherein the sulfonated aromatic polymer component is sulfonated naphthalene formaldehyde polycondensate.
A supply unit for supplying connecting elements (2, 15), such as riveting nuts or riveting bolts, in the correct position from an unordered heap in a receptacle to a use unit, said supply unit having a receptacle and a sword-like conveying element (5, 5a) having a drive for moving at least one section (5.1, 5a.1) of the conveying element (5, 5a), which comprises a conveying surface (5.2, 5a.2), in a stroke movement going back and forth along an inner face (8.1) of a rear wall of the receptacle in order to dip into a region of the receptacle occupied by the connecting elements (2, 15) and to carry connecting elements (2, 15) to a transport section provided above said region for transporting away the connecting elements (2, 15) conveyed with the conveying element (5, 5a) to the transport section, wherein the transport section comprises at least one transport element (10, 10.1), which can be moved in a transport direction and can be driven in an endlessly circulating manner and which forms a rest or support face for the connecting elements (2, 15), characterised in that the transport section is provided on a step (8.2), which is formed on the inner face (8.1) of the rear wall and to which an extension (8.3) of the rear wall adjoins, and in that the transport element (10, 10.1) together with the step (8.2) and the extension (8.3) forms an inner transport section, wherein the step (8.2) and the conveying surface (5.2, 5a.2) of the conveying element (5, 5a) are slightly inclined in relation to the horizontal in the transverse direction, so that connecting elements (2, 15) carried with the conveying element (5, 5a) slide under the effect of gravity from the conveying surface (5.2, 5a.2) laterally onto the step (8.2) and rest against an inner face of the extension (8.3) of the rear wall.
An electronic apparatus comprising: a storage section which has a predetermined memory space; a memory management section operable to judge the operation condition of an application program and locate the application program in the predetermined memory space, when it is judged to be in a predetermined operation condition; and a control section (13; 29) operable to suspend power supply to the predetermined memory space, wherein the memory management section (12,29-3) is operable to judge the condition in which the application program has not executed any operation either continuously or intermittently to be the predetermined operation condition. a storage section which has a predetermined memory space; a memory management section operable to judge the operation condition of an application program and locate the application program in the predetermined memory space, when it is judged to be in a predetermined operation condition; and a control section (13; 29) operable to suspend power supply to the predetermined memory space, wherein the memory management section (12,29-3) is operable to judge the condition in which the application program has not executed any operation either continuously or intermittently to be the predetermined operation condition.
A method, comprising: irradiating a sample with a charged particle beam; acquiring a spectrum by detecting, via a detector, an emission from the sample responsive to the irradiation; and decomposing the acquired spectrum into an abundance and multiple spectral components with a machine learning estimator, wherein the spectrum is acquired responsive to irradiating a sample location, characterized in that: the multiple spectral components are adjusted based on a character of the detector before being outputted from the machine learning estimator, and further comprises: updating the machine learning estimator based on the multiple spectral components; acquiring a second spectrum responsive to irradiating a second sample location by detecting, via the detector, the emission from the sample; and decomposing the acquired second spectrum with the updated machine learning estimator based on the character of the detector. irradiating a sample with a charged particle beam; acquiring a spectrum by detecting, via a detector, an emission from the sample responsive to the irradiation; and decomposing the acquired spectrum into an abundance and multiple spectral components with a machine learning estimator, wherein the spectrum is acquired responsive to irradiating a sample location, characterized in that: the multiple spectral components are adjusted based on a character of the detector before being outputted from the machine learning estimator, and further comprises: updating the machine learning estimator based on the multiple spectral components; acquiring a second spectrum responsive to irradiating a second sample location by detecting, via the detector, the emission from the sample; and decomposing the acquired second spectrum with the updated machine learning estimator based on the character of the detector. updating the machine learning estimator based on the multiple spectral components; acquiring a second spectrum responsive to irradiating a second sample location by detecting, via the detector, the emission from the sample; and decomposing the acquired second spectrum with the updated machine learning estimator based on the character of the detector.
Gas burner for a household cooking appliance, having a burner casing that comprises a plurality of mixture outlet openings from which, during operation of the gas burner, a mixture of combustion gas and primary air (B/P) may be guided out into an area surrounding the gas burner for the purpose of producing a burner flame, a mixture distribution chamber for evenly distributing the mixture of combustion gas and primary air (B/P) to the mixture outlet openings, and a storage chamber that is in fluidic connection with the mixture distribution chamber in order, during operation of the gas burner, to store some of the mixture of combustion gas and primary air (B/P) in the storage chamber, wherein the storage chamber comprises an ignition flame opening from which the mixture of combustion gas and primary air (B/P) that is stored in the storage chamber may be guided out into the surrounding area for the purpose of producing an ignition flame, wherein the storage chamber is in fluidic connection with the mixture distribution chamber with the aid of a supply opening, wherein the storage chamber runs peripherally around the mixture distribution chamber in a ring shape, wherein the ring-shaped geometry of the storage chamber is open, and wherein the ignition flame opening is provided at a first end portion of the storage chamber, and the supply opening is provided at a second end portion of the storage chamber, at the opposite end to the first end portion.
A device for determining a closing force of a capsule, comprising at least one bottom part segment for receiving at least one capsule bottom part, at least one top part segment for receiving at least one capsule top part, at least one closing means, which, for the closure of the capsule, acts on the capsule bottom part and/or capsule top part, characterized in that at least one force sensor (42, 46), for registering a force acting on the capsule during the closure, is provided.
An optical image forming device including two light control panels (11,12) each having a plurality of strip-shaped light reflecting portions arranged in parallel, the light control panels (11,12) being stacked on each other so as to make the light reflecting portions of the respective light control panels orthogonal to each other in planar view, the optical image forming device characterized in that each of the light control panels (11,12) has glass plate members and transparent resin plate members alternately stacked on each other, the glass plate member and the transparent resin plate member each have a rectangular cross-section and the same dimensions, the light reflecting portion is formed between the glass plate member and the resin plate member, a refractive index of the resin plate member falls within a range of 0.9 to 1.1 times a refractive index of the glass plate member, and the glass plate members on which the light reflecting portions are formed and which are adjacent across the resin plate member are joined to each other by only a resin of the resin plate member.
A vehicle luminaire comprising: an attachment portion which includes a concave portion opening to one end face; a light-emitting module which includes a substrate, at least one light-emitting element provided in the substrate, and a sealing portion covering the light-emitting element, and is provided inside the concave portion; and a plurality of bayonets which are provided on an outer side surface of the attachment portion, the attachment portion including at least one light extraction portion (11b, 11b1-11b4, 11ba, 11bb, 11bc, 11bd, 11bf, 11be) which penetrates between an inner wall surface of the concave portion and the outer side surface of the attachment portion, and in a portion provided with at least one of the bayonets in a circumferential direction of the attachment portion, a distance between a bottom surface (11a1) of the concave portion and an end portion on the side of the bottom surface (11a1) of the light extraction portion (11b, 11b1-11b4, 11ba, 11bb, 11bc, 11bd, 11bf, 11be) being smaller than a distance between the bottom surface (11a1) and a top portion of the sealing portion, characterised in that in a portion not provided with one of the bayonets in the circumferential direction of the attachment portion, a distance between the bottom surface (11a1) and an end face having the concave portion opening thereto in the attachment portion is larger than a distance between the bottom surface (11a1) and the top portion of the sealing portion. an attachment portion which includes a concave portion opening to one end face; a light-emitting module which includes a substrate, at least one light-emitting element provided in the substrate, and a sealing portion covering the light-emitting element, and is provided inside the concave portion; and a plurality of bayonets which are provided on an outer side surface of the attachment portion, the attachment portion including at least one light extraction portion (11b, 11b1-11b4, 11ba, 11bb, 11bc, 11bd, 11bf, 11be) which penetrates between an inner wall surface of the concave portion and the outer side surface of the attachment portion, and in a portion provided with at least one of the bayonets in a circumferential direction of the attachment portion, a distance between a bottom surface (11a1) of the concave portion and an end portion on the side of the bottom surface (11a1) of the light extraction portion (11b, 11b1-11b4, 11ba, 11bb, 11bc, 11bd, 11bf, 11be) being smaller than a distance between the bottom surface (11a1) and a top portion of the sealing portion, characterised in that in a portion not provided with one of the bayonets in the circumferential direction of the attachment portion, a distance between the bottom surface (11a1) and an end face having the concave portion opening thereto in the attachment portion is larger than a distance between the bottom surface (11a1) and the top portion of the sealing portion.
A method for varying an overall cofiring ratio of a combustion system, comprising: introducing a first engineered fuel and a first fossil fuel into a gasifier at a first cofiring ratio; cogasifying the first engineered fuel and the first fossil fuel to produce syngas; introducing a second engineered fuel and a second fossil fuel into a combustor at a second cofiring ratio; introducing the produced syngas into the combustor; and cofiring the second engineered fuel, the second fossil fuel, and the produced syngas; and varying the overall cofiring ratio of combustion by varying an input characteristic of at least two of the first engineered fuel, the first fossil fuel, the second engineered fuel, and the second fossil fuel, wherein the first cofiring ratio and the second cofiring ratio are unchanged. introducing a first engineered fuel and a first fossil fuel into a gasifier at a first cofiring ratio; cogasifying the first engineered fuel and the first fossil fuel to produce syngas; introducing a second engineered fuel and a second fossil fuel into a combustor at a second cofiring ratio; introducing the produced syngas into the combustor; and cofiring the second engineered fuel, the second fossil fuel, and the produced syngas; and varying the overall cofiring ratio of combustion by varying an input characteristic of at least two of the first engineered fuel, the first fossil fuel, the second engineered fuel, and the second fossil fuel, wherein the first cofiring ratio and the second cofiring ratio are unchanged.
An apparatus for bypassing an occlusion in a blood vessel comprising: a handle; an outer shaft component having a side port proximal to a distal end thereof, the outer shaft component including a needle lumen there-through that includes a curved distal portion that bends from a longitudinal axis of the apparatus and terminates at the side port of the outer shaft component, wherein a proximal end of the outer shaft component is fixed within the handle at a first attachment point; a stabilization tube having an elongated body extending between a proximal end and a distal end thereof, the elongated body being disposed within the needle lumen of the outer shaft component, wherein the proximal end of the stabilization tube is fixed within the handle at a second attachment point that is spaced apart from the first attachment point and the elongated body and distal end of the stabilization tube are not attached to the outer shaft component; and a needle component configured to be slidably disposed within the stabilization tube and removable therefrom, wherein the stabilization tube minimizes resistive forces exerted onto the needle component by the outer shaft component; and a needle housing disposed within the needle lumen of the outer shaft component, wherein the distal end of the stabilization tube is proximal to a proximal end of the needle housing. a handle; an outer shaft component having a side port proximal to a distal end thereof, the outer shaft component including a needle lumen there-through that includes a curved distal portion that bends from a longitudinal axis of the apparatus and terminates at the side port of the outer shaft component, wherein a proximal end of the outer shaft component is fixed within the handle at a first attachment point; a stabilization tube having an elongated body extending between a proximal end and a distal end thereof, the elongated body being disposed within the needle lumen of the outer shaft component, wherein the proximal end of the stabilization tube is fixed within the handle at a second attachment point that is spaced apart from the first attachment point and the elongated body and distal end of the stabilization tube are not attached to the outer shaft component; and a needle component configured to be slidably disposed within the stabilization tube and removable therefrom, wherein the stabilization tube minimizes resistive forces exerted onto the needle component by the outer shaft component; and a needle housing disposed within the needle lumen of the outer shaft component, wherein the distal end of the stabilization tube is proximal to a proximal end of the needle housing.
A fiber optic multiport, comprising: a housing, wherein the housing defines an enclosure comprising a first piece, a second piece and an extension organizer, wherein the extension organizer comprises a wall with a plurality of openings and is configured for fitting into a mounting area at a front end of the first piece and is sandwiched between the first piece and the second piece; a multi-fiber connector coupled to the housing; a plurality of optical fibers connected to and extending from the multi-fiber connector into the enclosure; extensions having a proximal end attached to the plurality of openings of the extension organizer of the housing, the extensions projecting away from a face of the housing, wherein the extensions support sub-sets of the plurality of optical fibers; and ports connected to distal ends of the extensions, wherein the area of the face of the housing is less than the net area of forward end-faces of the ports, and wherein the ports are coupled in communication with the multi-fiber connector by way of the plurality of optical fibers passing through the enclosure of the housing. a housing, wherein the housing defines an enclosure comprising a first piece, a second piece and an extension organizer, wherein the extension organizer comprises a wall with a plurality of openings and is configured for fitting into a mounting area at a front end of the first piece and is sandwiched between the first piece and the second piece; a multi-fiber connector coupled to the housing; a plurality of optical fibers connected to and extending from the multi-fiber connector into the enclosure; extensions having a proximal end attached to the plurality of openings of the extension organizer of the housing, the extensions projecting away from a face of the housing, wherein the extensions support sub-sets of the plurality of optical fibers; and ports connected to distal ends of the extensions, wherein the area of the face of the housing is less than the net area of forward end-faces of the ports, and wherein the ports are coupled in communication with the multi-fiber connector by way of the plurality of optical fibers passing through the enclosure of the housing.
A conveyor device for conveying a single face corrugated web on a bridge, comprising: - a lower guide roller, around which the single face corrugated web is guided; and - an upper pinching and conveyance nip formed by a pair of nip members (115, 117, 118, 120) in pressure contact with one another, at least one of said nip members being motor-driven; the pinching and conveyance nip being configured to pull the single face corrugated web upwards from the lower guide roller; - a corrugated web threading device, adapted to thread a leading portion of a single face corrugated web into the pinching and conveyance nip. - a lower guide roller, around which the single face corrugated web is guided; and - an upper pinching and conveyance nip formed by a pair of nip members (115, 117, 118, 120) in pressure contact with one another, at least one of said nip members being motor-driven; the pinching and conveyance nip being configured to pull the single face corrugated web upwards from the lower guide roller; - a corrugated web threading device, adapted to thread a leading portion of a single face corrugated web into the pinching and conveyance nip.
A power generation device comprising: a container filled with water; a filter member arranged between a first space and a second space in the container; a moving member that is moved upon receiving external pressing force to apply a pressure to the first space and to produce a first water flow from the first space toward the second space in the filter member; and a biasing member that produces a second water flow from the second space toward the first space in the filter member when the pressing force is removed from the moving member, the filter member allowing hydrogen ions to pass through more easily than hydroxide ions, the power generation device generating electric power based on a potential difference between the first space and the second space when the first water flow or the second water flow is produced in the filter member. a container filled with water; a filter member arranged between a first space and a second space in the container; a moving member that is moved upon receiving external pressing force to apply a pressure to the first space and to produce a first water flow from the first space toward the second space in the filter member; and a biasing member that produces a second water flow from the second space toward the first space in the filter member when the pressing force is removed from the moving member, the filter member allowing hydrogen ions to pass through more easily than hydroxide ions, the power generation device generating electric power based on a potential difference between the first space and the second space when the first water flow or the second water flow is produced in the filter member.