Electricity supplying device, electricity supplying apparatus, sample detection device, and sample detection apparatus
AssigneeSharp Kabuhsiki Kaisha
InventorHiroshi Fuji
Life of this patent
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Abstract
A sample detection device includes a disk substrate which allows a light beam to be transmitted, and the substrate has flow paths each of which allows polymers to be injected therein, wherein the substrate further includes a guiding groove, provided in a perpendicular direction with respect to a longitudinal direction of each flow path, along which the light beam for detecting polymers scans. According to the sample detection device, it is possible to efficiently detect many kinds of polymers in accordance with respective separation rates of the polymers.
Claims7
A sample detection device, comprising a substrate, receiving a light beam, which is formed substantially in a disk shape, said substrate including a center and one or more flow paths, each disposed in a radial direction from the center, and each of which allows sample liquid to be injected therein, wherein
- the substrate further includes a first electrode, a second electrode, a first electrode connection point and a second electrode connection point,
- wherein the first electrode connection point and the second electrode connection point are provided in a vicinity of the center substantially in a concentric circular manner so that the first electrode connection point and the second electrode connection point do not electrically contact each other,
- wherein the first electrode includes a wiring pattern provided on a vicinity of the peripheral portion of the substrate and having a circular shape;
- a radial wiring pattern extended in a radial direction of the substrate and electrically connecting said wiring pattern and a termination of each of the flow paths;
- and a first electrode wiring for electrically connecting the first electrode and the first electrode connection point,
- wherein the second electrode includes a second electrode wiring for electrically connecting the second electrode and the second electrode connection point, said second electrode wiring being electrically connected to a beginning point of the flow path,
- wherein the first electrode connection point is provided at a position outside of the second electrode connection section in a radial direction, said first electrode connection point is divided into parts by electrode gaps so as not to electrically contact the second electrode wiring, said electrode gaps being disposed radially, and
- wherein the first electrode does not have electrical contact with the second electrode and the second electrode connection point.
Dependencies are inferred from the claim text.