Arrangement method of nozzle holes of capturing nozzle of air-borne bacteria capturing apparatus and air-borne bacteria capturing apparatus
OwnerHarumasa Yamamotoinventor
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OwnerHarumasa Yamamotoinventor
Estimating the term…
In order to present an arrangement method of nozzle holes of a capturing nozzle of an air-borne bacteria capturing apparatus in which dents are hardly formed on the carrier in an operation by rotating a petri dish containing a carrier, and sticking air-borne bacteria contained in the air sucked from nozzle holes formed in a capturing nozzle on the surface of the carrier by inertia, nozzle holes 11 of a capturing nozzle 1 of an air-borne bacteria capturing apparatus characterized by rotating a petri dish 3 containing a carrier 2, and sticking air-borne bacteria contained in the air sucked from the nozzle holes 11 formed in the capturing nozzle 1 on the surface of the carrier 2 by inertia are arranged by uniform random numbers, and the density of the nozzle holes 11 per unit area is uniform.
An arrangement method of nozzle holes of a capturing nozzle of an air-borne bacteria capturing apparatus characterized by rotating a petri dish containing a carrier, and sticking air-borne bacteria contained in the air sucked from nozzle holes formed in a capturing nozzle on the surface of the carrier by inertia, wherein nozzle holes are arranged by uniform random numbers, and the density of nozzle holes per unit area is uniform.
An air-borne bacteria capturing apparatus characterized by rotating a petri dish containing a carrier, and sticking air-borne bacteria contained in the air sucked from nozzle holes formed in a capturing nozzle on the surface of the carrier by inertia, wherein nozzle holes are arranged by uniform random numbers, and the density of nozzle holes per unit area is uniform.
Dependencies are inferred from the claim text.