mhurhangee/ep-ind-claims huggingface dataset:
Heating plant with radiating strips, which comprises: - a burner provided with a combustion chamber susceptible of generating high-temperature combustion products through the combustion of a comburent mixture comprising at least one air flow and at least one gas flow; - a closed loop of radiating tubes, which conveys a carrier fluid and is connected to said burner in order to receive at its interior said high-temperature combustion products susceptible of heating said carrier fluid; - at least one fan associated with a terminal section of said closed loop of smaller length than the remaining suctioned section (5") of said closed loop in order to make said reduced-pressure carrier fluid circulate along the latter suctioned section (5"); - a fume expulsion duct connected to said closed loop in order to extract a part of said carrier fluid; characterized in that said fume expulsion duct is connected to said closed loop in a connection position that delimits, with said combustion chamber, an initial section (5"') of said suctioned section (5"), and is intercepted by an aspirator and by means for detecting the composition of the fumes. - a burner provided with a combustion chamber susceptible of generating high-temperature combustion products through the combustion of a comburent mixture comprising at least one air flow and at least one gas flow; - a closed loop of radiating tubes, which conveys a carrier fluid and is connected to said burner in order to receive at its interior said high-temperature combustion products susceptible of heating said carrier fluid; - at least one fan associated with a terminal section of said closed loop of smaller length than the remaining suctioned section (5") of said closed loop in order to make said reduced-pressure carrier fluid circulate along the latter suctioned section (5"); - a fume expulsion duct connected to said closed loop in order to extract a part of said carrier fluid;
A seed treatment apparatus comprising: a seed treatment containment housing having an open interior for the treatment of seed with a treatment liquid, the containment housing having a seed inlet port, a seed outlet port, and an annular seed treatment region (96.2); a seed dispersion portion for distributing the seed in the containment housing into the annular seed treatment region (96.2); a seed treatment liquid input line extending into the containment housing and connected to a liquid dispersion portion, the liquid dispersion portion supported and positioned in the open interior of the containment housing so as to generate a radially outward and annular spray of the treatment liquid into the annular seed treatment region (96.2); a means (19.2) for heating the seed treatment liquid before the seed treatment liquid is sprayed, characterized in that the means (19.2) for heating the seed treatment liquid before the seed treatment liquid is sprayed comprises a portion of the seed treatment liquid input line that is surrounded by an air delivery duct directing heated air at the liquid dispensing portion. a seed treatment containment housing having an open interior for the treatment of seed with a treatment liquid, the containment housing having a seed inlet port, a seed outlet port, and an annular seed treatment region (96.2); a seed dispersion portion for distributing the seed in the containment housing into the annular seed treatment region (96.2); a seed treatment liquid input line extending into the containment housing and connected to a liquid dispersion portion, the liquid dispersion portion supported and positioned in the open interior of the containment housing so as to generate a radially outward and annular spray of the treatment liquid into the annular seed treatment region (96.2); a means (19.2) for heating the seed treatment liquid before the seed treatment liquid is sprayed, characterized in that the means (19.2) for heating the seed treatment liquid before the seed treatment liquid is sprayed comprises a portion of the seed treatment liquid input line that is surrounded by an air delivery duct directing heated air at the liquid dispensing portion.
A concentric co-extrusion die having an annular extrusion outlet and having a plurality of concentric annular or conical die mandrels which define between them a plurality of annular extrusion layers comprising respective outlets for feeding the annular extrusion outlet, each layer comprising a pair of adjacent annular or conical die mandrels defining between them a flow path for molten thermoplastics material from an inlet to the annular extrusion outlet through which a thermoplastics tubular extrusion is formed in use, extrusion through said respective outlets forming a multi-layered product, characterised in that: the annular extrusion outlet has a diameter equal to or greater than 1300mm; and at least one annular extrusion layer of the annular or conical die mandrels has a plurality of molten material inlets arranged spaced apart around the external circumference of the co-extrusion die, each molten material inlet being connected to a feed channel which has plural bifurcations (403.1 - 403.3) providing 2 n subsidiary outlet feed channels where n is the number of bifurcations, each subsidiary outlet feed channel being connected to a corresponding helical outlet channel such as to provide a continuous flow path along the subsidiary outlet feed channel and the corresponding helical outlet channel. the annular extrusion outlet has a diameter equal to or greater than 1300mm; and at least one annular extrusion layer of the annular or conical die mandrels has a plurality of molten material inlets arranged spaced apart around the external circumference of the co-extrusion die, each molten material inlet being connected to a feed channel which has plural bifurcations (403.1 - 403.3) providing 2 n subsidiary outlet feed channels where n is the number of bifurcations, each subsidiary outlet feed channel being connected to a corresponding helical outlet channel such as to provide a continuous flow path along the subsidiary outlet feed channel and the corresponding helical outlet channel.
A reel-holder unit for transporting reels of web material in a production plant, comprising a frame having a vertical longitudinal plane, wherein the frame comprises two frame sections arranged on opposite sides of the vertical longitudinal plane, wherein said frame sections are separated and spaced apart in a direction perpendicular to the vertical longitudinal plane so as to leave a free passage space between the two frame sections, wherein said frame sections comprise respective reel support bars, which extend in a horizontal direction along respective axes parallel to the vertical longitudinal plane, and wherein said reel support bars are arranged so that, during use, a plurality of reels rest with the respective outer circumferential surfaces on the reel support bars and are arranged with the respective axes aligned along a common horizontal axis, characterized in that said frame sections have respective inwardly protruding brackets engageable by a vertically-movable support of an automatic guided vehicle.
A method for controlling a power assist steering system, comprising: measuring a position of a steering control according to a rotation of the steer control arm about one or both of a vertical axis of rotation and a horizontal axis of rotation; and detecting a steer effort applied to the steer control arm; characterized in that the method further comprises: setting a level of power assistance provided by a steering motor, wherein the level of power assistance varies as a function of the position of the steer control arm; and actuating the steering motor in response to detecting that the steer effort indicates an operator provided steering torque greater than a threshold torque value. measuring a position of a steering control according to a rotation of the steer control arm about one or both of a vertical axis of rotation and a horizontal axis of rotation; and detecting a steer effort applied to the steer control arm; characterized in that the method further comprises: setting a level of power assistance provided by a steering motor, wherein the level of power assistance varies as a function of the position of the steer control arm; and actuating the steering motor in response to detecting that the steer effort indicates an operator provided steering torque greater than a threshold torque value. setting a level of power assistance provided by a steering motor, wherein the level of power assistance varies as a function of the position of the steer control arm; and actuating the steering motor in response to detecting that the steer effort indicates an operator provided steering torque greater than a threshold torque value.
An illumination device comprising: a plurality of light sources emitting light along an optical axis; an optical gate arranged along the optical axis; a light collector (220, 920) arranged between said plurality of light sources and said optical gate, said light collector is adapted to collect light from a plurality of light sources, said light collector comprises a plurality of lenslets (221, 921) adapted to collect light from the light sources and adapted to convert the collected light into a plurality of light beams so that the light beams propagate along an optical axis and through said optical gate; where each of the lenslets comprises an entrance surface where said light enters the lenslet and an exit surface where the light exits the lenslet, and wherein the lenslets are arranged in a pattern including adjacent lenslets; an optical projecting system adapted to collect at least a part of said light beams and adapted to image said optical gate at a distance along said optical axis; characterized in that the lenslets (221, 921) of at least some of the pairs of the adjacent lenslets have different optical power and wherein the exit surfaces of said pairs of the adjacent lenslets having different optical power meet along a boundary, wherein the optical axes of at least some of the lenslets (221, 921) are angled relative to said optical axis or wherein a longitudinal position along the optical axis of adjacent lenslets (221, 921) are different for at least some of the adjacent lenslets. a plurality of light sources emitting light along an optical axis; an optical gate arranged along the optical axis; a light collector (220, 920) arranged between said plurality of light sources and said optical gate, said light collector is adapted to collect light from a plurality of light sources, said light collector comprises a plurality of lenslets (221, 921) adapted to collect light from the light sources and adapted to convert the collected light into a plurality of light beams so that the light beams propagate along an optical axis and through said optical gate; where each of the lenslets comprises an entrance surface where said light enters the lenslet and an exit surface where the light exits the lenslet, and wherein the lenslets are arranged in a pattern including adjacent lenslets; an optical projecting system adapted to collect at least a part of said light beams and adapted to image said optical gate at a distance along said optical axis; characterized in that the lenslets (221, 921) of at least some of the pairs of the adjacent lenslets have different optical power and wherein the exit surfaces of said pairs of the adjacent lenslets having different optical power meet along a boundary, wherein the optical axes of at least some of the lenslets (221, 921) are angled relative to said optical axis or wherein a longitudinal position along the optical axis of adjacent lenslets (221, 921) are different for at least some of the adjacent lenslets.
An in-vitro method of producing an immunogenic composition including the step of treating blood-stage malaria parasites or red blood cells infected with said blood-stage malaria parasites with centanamycin, tafuramycin A or an analog or derivative thereof, to thereby produce said immunogenic composition.
A method for managing a start time of media content in a receiver device, comprising: receiving, by a processor of the receiver device, media content labeled with a transmission time from a sending device; receiving, by the processor, a request for a byte range of the media content; determining, by the processor, a service construction delay for the requested byte range based on the transmission time from the sending device and a transport layer presentation time, the transport layer presentation time being an indication of the transmission time plus a service related delay specific to the byte range; determining, by the processor, a protocol stack delay of the byte range by: determining, by the processor, a local time of the receiver device; and comparing, by the processor, the transmission time with the local time of the receiver device; determining, by the processor, a time offset of the byte range based on the service construction delay and the protocol stack delay; and delivering, by the processor, the byte range to a streaming media client using the time offset. receiving, by a processor of the receiver device, media content labeled with a transmission time from a sending device; receiving, by the processor, a request for a byte range of the media content; determining, by the processor, a service construction delay for the requested byte range based on the transmission time from the sending device and a transport layer presentation time, the transport layer presentation time being an indication of the transmission time plus a service related delay specific to the byte range; determining, by the processor, a protocol stack delay of the byte range by: determining, by the processor, a local time of the receiver device; and comparing, by the processor, the transmission time with the local time of the receiver device; determining, by the processor, a local time of the receiver device; and comparing, by the processor, the transmission time with the local time of the receiver device; determining, by the processor, a time offset of the byte range based on the service construction delay and the protocol stack delay; and delivering, by the processor, the byte range to a streaming media client using the time offset.
A laser resonator for generating frequency-converted laser radiation, comprising: a laser-active solid-state medium and a wavelength conversion crystal, wherein a transmissive optical element (6, 10) having a concavely curved surface (6a, 10a) for generating collimated laser radiation is arranged in the laser resonator, characterized in that the transmissive optical element (6, 10) is arranged adjacent to a planar end mirror of the laser resonator, or a further, planar surface (6b, 10b) of the transmissive optical element (6, 10) has a reflective coating delimiting the laser resonator on the end side. a laser-active solid-state medium and a wavelength conversion crystal, wherein a transmissive optical element (6, 10) having a concavely curved surface (6a, 10a) for generating collimated laser radiation is arranged in the laser resonator, characterized in that the transmissive optical element (6, 10) is arranged adjacent to a planar end mirror of the laser resonator, or a further, planar surface (6b, 10b) of the transmissive optical element (6, 10) has a reflective coating delimiting the laser resonator on the end side.
A composition for use in treating or preventing an infection of an ectoparasitic crustacean on a fish, comprising: an effective concentration of nootkatone; and an additive. an effective concentration of nootkatone; and an additive.
A printer comprising: a housing; an openable top cover disposed at the top of the housing; a printing unit disposed in the housing, the printing unit comprising a printing portion fixedly mounted within the housing and a roll portion, and a paper channel defined between the printing portion and the roll portion; and a paper outlet defined between a top portion of the housing and the openable top cover, the paper channel leading to the paper outlet; characterized in that the roll portion is fixed to the openable top cover and that the printer further comprises a movable paper-tearing mechanism disposed in the paper outlet, the movable paper-tearing mechanism moving away from the paper outlet when the openable top cover is opened and moving into the paper outlet and overlapping partly the openable top cover when the openable top cover is closed, so that an extension of the paper channel is defined between the movable paper-tearing mechanism and an upper surface or the openable top cover. a housing; an openable top cover disposed at the top of the housing; a printing unit disposed in the housing, the printing unit comprising a printing portion fixedly mounted within the housing and a roll portion, and a paper channel defined between the printing portion and the roll portion; and a paper outlet defined between a top portion of the housing and the openable top cover, the paper channel leading to the paper outlet; characterized in that the roll portion is fixed to the openable top cover and that the printer further comprises a movable paper-tearing mechanism disposed in the paper outlet, the movable paper-tearing mechanism moving away from the paper outlet when the openable top cover is opened and moving into the paper outlet and overlapping partly the openable top cover when the openable top cover is closed, so that an extension of the paper channel is defined between the movable paper-tearing mechanism and an upper surface or the openable top cover.
A method of generating a three-dimensional model of an industrial plant, comprising: capturing, using an unmanned aerial vehicle (100, 200), a number of visual images of an industrial plant; and capturing, using the unmanned aerial vehicle (100, 200), a number of infrared images of the industrial plant; wherein the number of visual images and the number of infrared images include a number of lateral images of objects of the industrial plant captured by the unmanned aerial vehicle (100, 200) while travelling along the sides of the objects; storing an initial position of the unmanned aerial vehicle (100, 200), wherein the initial position is a position of the unmanned aerial vehicle (100, 200) at the beginning of a pre-programmed route; determining a relative position of the unmanned aerial vehicle (100, 200), while travelling along the pre-programmed route, with respect to the initial position; determining, by a number of pressure and ultrasound sensors, heights of the objects of the industrial plant; and forming a three-dimensional model of the industrial plant based on the heights of the plurality of the objects of the industrial plant and based on the relative position of the single unmanned aerial vehicle (100, 200) while the single unmanned aerial vehicle (100, 200) is travelling along the pre-programmed route by combining the number of visual images and the number of infrared images. capturing, using an unmanned aerial vehicle (100, 200), a number of visual images of an industrial plant; and capturing, using the unmanned aerial vehicle (100, 200), a number of infrared images of the industrial plant; wherein the number of visual images and the number of infrared images include a number of lateral images of objects of the industrial plant captured by the unmanned aerial vehicle (100, 200) while travelling along the sides of the objects; storing an initial position of the unmanned aerial vehicle (100, 200), wherein the initial position is a position of the unmanned aerial vehicle (100, 200) at the beginning of a pre-programmed route; determining a relative position of the unmanned aerial vehicle (100, 200), while travelling along the pre-programmed route, with respect to the initial position; determining, by a number of pressure and ultrasound sensors, heights of the objects of the industrial plant; and forming a three-dimensional model of the industrial plant based on the heights of the plurality of the objects of the industrial plant and based on the relative position of the single unmanned aerial vehicle (100, 200) while the single unmanned aerial vehicle (100, 200) is travelling along the pre-programmed route by combining the number of visual images and the number of infrared images.
A computer-implemented method for a node to obtain a credential from a group of specialized nodes, each of the specialized nodes having a private key share of a group private key, wherein the method comprises: sending a request, from the node to a plurality of the specialized nodes, for the credential, wherein the node has an identifier which includes an identifier string identifying the node and a role string identifying the role of the group of specialized nodes; receiving, from each node in the plurality of the specialized nodes, a portion of a secret point generated by that node from the identifier and that node's private key share; and generating the secret point by combining the received portions of the secret point, and wherein the secret point comprises the group private key times a map-to-point hash of the identifier, and the credential comprises the identifier and the secret point, and wherein none of the specialized nodes nor the node is required to obtain a complete copy of the group private key. sending a request, from the node to a plurality of the specialized nodes, for the credential, wherein the node has an identifier which includes an identifier string identifying the node and a role string identifying the role of the group of specialized nodes; receiving, from each node in the plurality of the specialized nodes, a portion of a secret point generated by that node from the identifier and that node's private key share; and generating the secret point by combining the received portions of the secret point, and wherein the secret point comprises the group private key times a map-to-point hash of the identifier, and the credential comprises the identifier and the secret point, and wherein none of the specialized nodes nor the node is required to obtain a complete copy of the group private key.
Bar for the electrical contacting of an electrically conductive substrate, comprising a current-collecting bar which has an elongated configuration in the x-direction and has a thickness in the y-direction and which bar comprises a plurality of contact fingers which are disposed on the current-collecting bar on one side and have a directional component in the direction of the contacting to be produced (z-direction), the current-collecting bar and the contact fingers being integrally formed, characterised in that the contact fingers are configured resiliently in the z-direction.