FLUIDINDRETNING OG FREMGANGSMÅDE TIL POSITIONERING AF FLUIDINDRETNING
A system comprising an optical deck having a plurality of optical components mounted thereto; a sample deck having a slidable platform that supports a fluidic device thereon; and a fluid storage system comprising: an enclosure having a cavity; a door to open to provide access to the cavity; a temper...
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| creator | PRATT, Mark LEUNG, Patrick BRYANT, Jason BUERMANN, Dale HARRIS, Jason HONG, Stanley S WANG, Mark CARSON, Andrew James WILLIAMSON, Erik CRANE, Bryan REED, Mark T KINDWALL, Alexander P VERKADE, Drew ERIE, Frederick |
| description | A system comprising an optical deck having a plurality of optical components mounted thereto; a sample deck having a slidable platform that supports a fluidic device thereon; and a fluid storage system comprising: an enclosure having a cavity; a door to open to provide access to the cavity; a temperature control assembly to regulate a temperature within the cavity; and a fluid removal assembly comprising: an elevator mechanism including a drive motor, and a stage assembly having a transport platform to hold an array of sipper tubes, wherein the drive motor is to move the array of sipper tubes bi-directionally along a Z-axis, wherein each sipper tube of the array of sipper tubes includes a distal portion that is to be inserted into a component well of a reaction component tray such that the fluids stored in the reaction component tray are removeable to be delivered to the fluidic device. |
| format | Patent |
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LEUNG, Patrick ; BRYANT, Jason ; BUERMANN, Dale ; HARRIS, Jason ; HONG, Stanley S ; WANG, Mark ; CARSON, Andrew James ; WILLIAMSON, Erik ; CRANE, Bryan ; REED, Mark T ; KINDWALL, Alexander P ; VERKADE, Drew ; ERIE, Frederick</creatorcontrib><description>A system comprising an optical deck having a plurality of optical components mounted thereto; a sample deck having a slidable platform that supports a fluidic device thereon; and a fluid storage system comprising: an enclosure having a cavity; a door to open to provide access to the cavity; a temperature control assembly to regulate a temperature within the cavity; and a fluid removal assembly comprising: an elevator mechanism including a drive motor, and a stage assembly having a transport platform to hold an array of sipper tubes, wherein the drive motor is to move the array of sipper tubes bi-directionally along a Z-axis, wherein each sipper tube of the array of sipper tubes includes a distal portion that is to be inserted into a component well of a reaction component tray such that the fluids stored in the reaction component tray are removeable to be delivered to the fluidic device.</description><language>dan</language><subject>CHEMICAL OR PHYSICAL LABORATORY APPARATUS FOR GENERAL USE ; 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a sample deck having a slidable platform that supports a fluidic device thereon; and a fluid storage system comprising: an enclosure having a cavity; a door to open to provide access to the cavity; a temperature control assembly to regulate a temperature within the cavity; and a fluid removal assembly comprising: an elevator mechanism including a drive motor, and a stage assembly having a transport platform to hold an array of sipper tubes, wherein the drive motor is to move the array of sipper tubes bi-directionally along a Z-axis, wherein each sipper tube of the array of sipper tubes includes a distal portion that is to be inserted into a component well of a reaction component tray such that the fluids stored in the reaction component tray are removeable to be delivered to the fluidic device.</abstract><oa>free_for_read</oa></addata></record> |
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| subjects | CHEMICAL OR PHYSICAL LABORATORY APPARATUS FOR GENERAL USE PERFORMING OPERATIONS PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL TRANSPORTING |
| title | FLUIDINDRETNING OG FREMGANGSMÅDE TIL POSITIONERING AF FLUIDINDRETNING |
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