mhurhangee/ep-ind-claims huggingface dataset:
A method for assaying a sample of blood or blood components for the presence of free Vitamin D including Vitamin D metabolites such as 25-hydroxy-Vitamin D or 1,25 dihydroxy Vitamin D, comprising (a) adding an immobilized binding protein or antibody for 25-OH vitamin D to the sample; (b) mixing the sample with a diluent, said diluent comprising a fluoroalkyl surfactant; (c) incubating the sample for an effective amount of time to allow a desired amount of Vitamin D to bind to the binding protein or antibody; (d) removing the non-bound serum and serum components by washing; (e) subjecting the immobilized binding protein or antibody comprising captured Vitamin D bound thereto, to competitive binding with a labeled vitamin D compound; (f) determining the concentration of labeled vitamin D compound bound to the binding protein or antibody, wherein the concentration is determined with reference to a calibrator concentration for free 25-OH vitamin D, wherein the fluoroalkyl surfactant is perfluorooctanoic acid and wherein the concentration of the surfactant is 0.1-0.25% by weight. (a) adding an immobilized binding protein or antibody for 25-OH vitamin D to the sample; (b) mixing the sample with a diluent, said diluent comprising a fluoroalkyl surfactant; (c) incubating the sample for an effective amount of time to allow a desired amount of Vitamin D to bind to the binding protein or antibody; (d) removing the non-bound serum and serum components by washing; (e) subjecting the immobilized binding protein or antibody comprising captured Vitamin D bound thereto, to competitive binding with a labeled vitamin D compound; (f) determining the concentration of labeled vitamin D compound bound to the binding protein or antibody, wherein the concentration is determined with reference to a calibrator concentration for free 25-OH vitamin D, wherein the fluoroalkyl surfactant is perfluorooctanoic acid and wherein the concentration of the surfactant is 0.1-0.25% by weight.
A lane departure judgment apparatus (100, 200) comprising: a lane-dividing line detection unit that detects a lane-dividing line based on image information output from an image-capturing device that acquires an image of an area outside a vehicle; a distance calculation unit (8, 9) that calculates a distance between the lane-dividing line and an optical axis of the image-capturing device for each of predetermined periods at a position rearward of the vehicle; a yaw angle calculation unit that calculates a yaw angle of the vehicle with respect to the lane-dividing line; and a departure judgment unit that corrects the yaw angle calculated by the yaw angle calculation unit based on a road parameter which represents characteristics of a road on which the vehicle is being driven, and that judges departure of the vehicle from the lane-dividing line based on the corrected yaw angle and the distance between the lane-dividing line and the optical axis calculated by the distance calculation unit (8, 9), wherein the departure judgment unit corrects the yaw angle based on at least one from among a lane width of the road and a radius of curvature of the road, which are each configured as the road parameter. a lane-dividing line detection unit that detects a lane-dividing line based on image information output from an image-capturing device that acquires an image of an area outside a vehicle; a distance calculation unit (8, 9) that calculates a distance between the lane-dividing line and an optical axis of the image-capturing device for each of predetermined periods at a position rearward of the vehicle; a yaw angle calculation unit that calculates a yaw angle of the vehicle with respect to the lane-dividing line; and a departure judgment unit that corrects the yaw angle calculated by the yaw angle calculation unit based on a road parameter which represents characteristics of a road on which the vehicle is being driven, and that judges departure of the vehicle from the lane-dividing line based on the corrected yaw angle and the distance between the lane-dividing line and the optical axis calculated by the distance calculation unit (8, 9), wherein the departure judgment unit corrects the yaw angle based on at least one from among a lane width of the road and a radius of curvature of the road, which are each configured as the road parameter.
A swallowable medication capsule having an elongate shape, the capsule comprising: a wall forming an exterior surface of the capsule, a medication compartment for containing a medication, an actuator compartment for containing a displacement actuator, a displaceable surface comprising a displaceable element that forms a fluid tight circumferential connection with an interior surface of the wall to form a fluid tight separation between the medication compartment and the actuator compartment and arranged to be driven by the displacement actuator, where the medication compartment is partly defined by the displaceable surface and partly defined by the interior surface of the wall, a dispense channel providing a passageway between an entrance hole disposed on a first side of the displaceable surface, in the medication compartment, and an exit hole formed at the exterior surface for dispensing the fluid medication to the surroundings, a vent channel providing a passageway between an entrance hole disposed on a second side of the displaceable surface, in the actuator compartment, and a vent hole formed at the exterior surface. a wall forming an exterior surface of the capsule, a medication compartment for containing a medication, an actuator compartment for containing a displacement actuator, a displaceable surface comprising a displaceable element that forms a fluid tight circumferential connection with an interior surface of the wall to form a fluid tight separation between the medication compartment and the actuator compartment and arranged to be driven by the displacement actuator, where the medication compartment is partly defined by the displaceable surface and partly defined by the interior surface of the wall, a dispense channel providing a passageway between an entrance hole disposed on a first side of the displaceable surface, in the medication compartment, and an exit hole formed at the exterior surface for dispensing the fluid medication to the surroundings, a vent channel providing a passageway between an entrance hole disposed on a second side of the displaceable surface, in the actuator compartment, and a vent hole formed at the exterior surface.
A control device which controls a system provided with a plurality of machines including a first machine and a plurality of second machines, the control device comprising: a monitoring section for monitoring an amount of electric energy of the first machine; a schedule information storing section for storing schedule information indicative of an operation schedule of the system; and a power supply control section for controlling power supply of the plurality of second machines in accordance with (i) the amount of electric energy of the first machine and (ii) the schedule information, in a case where the amount of electric energy of the first machine is less than a first threshold, the power supply control section is adapted to check the schedule information, and (i) when the checked schedule information indicates that a current point in time is included in a first scheduled stop time period, the power supply control section is adapted to carry out a first stopping process in which the power supply control section controls the power supplies of all of the plurality of second machines to be turned off or to be in an electric power saving mode, and (ii) when the checked schedule information indicates that a current point in time is included in a second scheduled stop time period which is shorter than the first scheduled stop time period, the power supply control section is adapted to carry out a second stopping process in which the power supply control section controls the power supply of a part of the plurality of second machines to be turned off or to be in an electric power saving mode. a monitoring section for monitoring an amount of electric energy of the first machine; a schedule information storing section for storing schedule information indicative of an operation schedule of the system; and a power supply control section for controlling power supply of the plurality of second machines in accordance with (i) the amount of electric energy of the first machine and (ii) the schedule information, in a case where the amount of electric energy of the first machine is less than a first threshold, the power supply control section is adapted to check the schedule information, and (i) when the checked schedule information indicates that a current point in time is included in a first scheduled stop time period, the power supply control section is adapted to carry out a first stopping process in which the power supply control section controls the power supplies of all of the plurality of second machines to be turned off or to be in an electric power saving mode, and (ii) when the checked schedule information indicates that a current point in time is included in a second scheduled stop time period which is shorter than the first scheduled stop time period, the power supply control section is adapted to carry out a second stopping process in which the power supply control section controls the power supply of a part of the plurality of second machines to be turned off or to be in an electric power saving mode.
A method for determining a permission of an application program, comprising: receiving an installation request of a first application, wherein the installation request carries a first permission list that the first application applies for and a first shared user identifier requested by the first application; searching, according to the first shared user identifier, for at least one second application that uses the first shared user identifier and is already installed in a system; if the first application is a plug-in of the second application already installed in the system, determining a permission of the first application according to the first permission list that the first application applies for and a permission in a second permission list corresponding to the first shared user identifier, including determining a permission, which exists in the second permission list, in the first permission list as the permission of the first application; and after the determining the permission of the first application according to the first permission list that the first application applies for and the permission in the second permission list corresponding to the first shared user identifier, adding information about the first application to an installation file of the system, and adding the first shared user identifier to the information about the first application. receiving an installation request of a first application, wherein the installation request carries a first permission list that the first application applies for and a first shared user identifier requested by the first application; searching, according to the first shared user identifier, for at least one second application that uses the first shared user identifier and is already installed in a system; if the first application is a plug-in of the second application already installed in the system, determining a permission of the first application according to the first permission list that the first application applies for and a permission in a second permission list corresponding to the first shared user identifier, including determining a permission, which exists in the second permission list, in the first permission list as the permission of the first application; and after the determining the permission of the first application according to the first permission list that the first application applies for and the permission in the second permission list corresponding to the first shared user identifier, adding information about the first application to an installation file of the system, and adding the first shared user identifier to the information about the first application.
A dilution refrigeration system comprising: a dilution refrigerator including a helium circuit; a secondary cold source that in operation provides cooling power at temperatures between about 4K and about 77K; characterized in that it further comprises: at least a first cryocondensation trap coupled in series with the helium circuit via an input port and an output port, wherein the first cryocondensation trap comprises a first trap volume and at least one cryocondensation surface inside the first trap volume, the at least one cryocondensation surface thermally coupled to the secondary cold source, and wherein, in operation, a species or set of species of contaminants in the helium circuit cryocondenses on the at least one cryocondensation surface. a dilution refrigerator including a helium circuit; a secondary cold source that in operation provides cooling power at temperatures between about 4K and about 77K; characterized in that it further comprises: at least a first cryocondensation trap coupled in series with the helium circuit via an input port and an output port, wherein the first cryocondensation trap comprises a first trap volume and at least one cryocondensation surface inside the first trap volume, the at least one cryocondensation surface thermally coupled to the secondary cold source, and wherein, in operation, a species or set of species of contaminants in the helium circuit cryocondenses on the at least one cryocondensation surface.
Method for characterizing the immunosuppressed or non-immunosuppressed status of a subject, comprising the steps of: a. determining the anelloviral load from a biological sample of the said subject, and b. determining from the comparison of step a) the immunosuppressed or non-immunosuppressed status. a. determining the anelloviral load from a biological sample of the said subject, and b. determining from the comparison of step a) the immunosuppressed or non-immunosuppressed status.
A smoking article comprising: a rod of smokable material with a mouth end and a distal end remote from the mouth end, the rod comprising at least a first and a second segment, wherein the first segment has a distal end defining the distal end of the rod and the second segment is disposed downstream of the first segment, and a mouthpiece which is attached to the mouth end of the rod, wherein the first segment comprises a first tobacco blend with a first level of a smoke constituent inhibitor and the second segment comprises a second tobacco blend with a second level of the smoke constituent inhibitor, characterised in that the second level of the smoke constituent inhibitor is lower than the first level. a rod of smokable material with a mouth end and a distal end remote from the mouth end, the rod comprising at least a first and a second segment, wherein the first segment has a distal end defining the distal end of the rod and the second segment is disposed downstream of the first segment, and a mouthpiece which is attached to the mouth end of the rod, wherein the first segment comprises a first tobacco blend with a first level of a smoke constituent inhibitor and the second segment comprises a second tobacco blend with a second level of the smoke constituent inhibitor, characterised in that the second level of the smoke constituent inhibitor is lower than the first level.
Pipe connection arrangement for a wall structure, comprising a pipe connection part with a side wall which delimits a pipe channel, with a pressing contour arranged on the side wall and via which the pipe connection part is connectable to a first pipe, with a threaded structure arranged on the side wall for connecting the pipe connection part to a second pipe, and with a mounting section arranged on the exterior on the side wall, and comprising a mounting element with a mounting opening extending along a center axis, and being delimited on the exterior by a wall, and with at least one anti-rotation element which on the exterior of the wall extends away radially towards the center axis, wherein the pipe connection part is insertable with its mounting section into the mounting opening and in an inserted state is mounted in a rotationally fixed manner in the mounting opening of the mounting element, and wherein in an installed state, the at least one anti-rotation element can be extended into the wall structure such that a force acting on the threaded structure can be transmitted into the wall structure via the anti-rotation element, characterized in that the anti-rotation element comprises at least one main surface, which lies in a plane which runs at an angularly inclined manner with respect to the center axis. a pipe connection part with a side wall which delimits a pipe channel, with a pressing contour arranged on the side wall and via which the pipe connection part is connectable to a first pipe, with a threaded structure arranged on the side wall for connecting the pipe connection part to a second pipe, and with a mounting section arranged on the exterior on the side wall, with a side wall which delimits a pipe channel, with a pressing contour arranged on the side wall and via which the pipe connection part is connectable to a first pipe, with a threaded structure arranged on the side wall for connecting the pipe connection part to a second pipe, and with a mounting section arranged on the exterior on the side wall, and comprising a mounting element with a mounting opening extending along a center axis, and being delimited on the exterior by a wall, and with at least one anti-rotation element which on the exterior of the wall extends away radially towards the center axis, wherein the pipe connection part is insertable with its mounting section into the mounting opening and in an inserted state is mounted in a rotationally fixed manner in the mounting opening of the mounting element, and wherein in an installed state, the at least one anti-rotation element can be extended into the wall structure such that a force acting on the threaded structure can be transmitted into the wall structure via the anti-rotation element, characterized in that the anti-rotation element comprises at least one main surface, which lies in a plane which runs at an angularly inclined manner with respect to the center axis.
Machine (1, 110) for production and delivery of ice cream, frozen drinks or granita starting from a packet (30, 122) of preparation associated with such a machine to obtain the product, comprising a tank (2, 112) for containing the product provided with a tap (3, 115) for delivering the product and in which there are an element (5, 131, 113) cooling the product and a powered mixer element (6, 114) for stirring the product, characterized in that it comprises a control unit (7, 119) which is provided with means (4, 121) for the acquisition of information on the shelf life of the product, once it is obtained from the preparation, from means (31, 123) of retention of information which are associated with the packet of preparation (30, 122), the control unit (7, 119) controlling the operation of the machine (1, 110) according to the information acquired, and in that the control unit (7, 119) includes a clock/calendar unit (8, 136) and is connected to the powered mixer element (6, 114) and a refrigerant circuit (5, 131) of the cooling element (5, 131, 113) for operating the stop of at least one of these when the clock / calendar unit (8, 136) reaches the end of the product shelf life which is obtained from the information acquired, and characterized in that the means (4, 121) of acquisition include a reader of RFID tags (4, 121) and the means of retention of information (31, 123) include a corresponding RFID tag (31, 123) containing said information.
A hydrogen sulfide scavenging additive composition for scavenging hydrogen sulfide in hydrocarbon comprising sulfur containing compounds, wherein said additive composition comprises at least a combination of: (a) glyoxal; and (b) at least one aliphatic tertiary amine or at least one oxide treated derivative of an aliphatic tertiary amine, or a mixture thereof; wherein the aliphatic tertiary amine and oxide treated derivative thereof is selected from the group comprising: (i) N,N,N',N'-Tetrakis (2-hydroxyethyl) ethylene-diamine (THEED); (ii) N,N,N',N' tetrakis (2-hydroxypropyl) ethylene-diamine; (iii) ethylene oxide derivative of tri-isopropanolamine (EO-TIPA); (iv) propylene oxide derivative of tri-isopropanolamine (PO-TIPA); (v) ethylene oxide derivative of triethanolamine (EO-TEA); (vi) propylene oxide derivative of triethanolamine (PO-TEA); and (vii) a mixture thereof; and wherein the composition does not comprise: i) triethanolamine; ii) monoethanolamine; iii) diethanolamine; and iv) tetraethylenepentaamine (TEPA). (a) glyoxal; and (b) at least one aliphatic tertiary amine or at least one oxide treated derivative of an aliphatic tertiary amine, or a mixture thereof; (i) N,N,N',N'-Tetrakis (2-hydroxyethyl) ethylene-diamine (THEED); (ii) N,N,N',N' tetrakis (2-hydroxypropyl) ethylene-diamine; (iii) ethylene oxide derivative of tri-isopropanolamine (EO-TIPA); (iv) propylene oxide derivative of tri-isopropanolamine (PO-TIPA); (v) ethylene oxide derivative of triethanolamine (EO-TEA); (vi) propylene oxide derivative of triethanolamine (PO-TEA); and (vii) a mixture thereof; and i) triethanolamine; ii) monoethanolamine; iii) diethanolamine; and iv) tetraethylenepentaamine (TEPA).
An electromagnetic shield structure of a high frequency circuit, the electromagnetic shield structure comprising: a dielectric substrate provided with a grounding conductor and on which the high frequency circuit is mounted; a metal housing in which a recess accommodating the high frequency circuit is formed, fixed to the dielectric substrate and electrically connected to the grounding conductor; and a thermally conductive material being electrically insulative, wherein the metal housing comprises a heat dissipation structure, the recess forms a first space and a second space, in which the first space is defined by a first bottom face which faces the high frequency circuit and a first side face which extends from the first bottom face, the second space is defined by a second bottom face which faces the high frequency circuit and is positioned in a shallower part in the recess than the first bottom face and a second side face which extends from the second bottom face toward the dielectric substrate, and the second space is formed to be protruded from the first space to an outer peripheral side, the high frequency circuit is accommodated in the second space to be spaced from the metal housing, and the thermally conductive material is sandwiched between the first bottom face and the high frequency circuit, and the thermally conductive material is arranged to be spaced from the first side face. a dielectric substrate provided with a grounding conductor and on which the high frequency circuit is mounted; a metal housing in which a recess accommodating the high frequency circuit is formed, fixed to the dielectric substrate and electrically connected to the grounding conductor; and a thermally conductive material being electrically insulative, wherein the metal housing comprises a heat dissipation structure, the recess forms a first space and a second space, in which the first space is defined by a first bottom face which faces the high frequency circuit and a first side face which extends from the first bottom face, the second space is defined by a second bottom face which faces the high frequency circuit and is positioned in a shallower part in the recess than the first bottom face and a second side face which extends from the second bottom face toward the dielectric substrate, and the second space is formed to be protruded from the first space to an outer peripheral side, the high frequency circuit is accommodated in the second space to be spaced from the metal housing, and the thermally conductive material is sandwiched between the first bottom face and the high frequency circuit, and the thermally conductive material is arranged to be spaced from the first side face.