Shikoku Kakoki Co., Ltd.

Tadao Akai

Hiromichi Nishino

Michio Ueda

Kazuo Abe

Yasuji Fujikawa

Masato Shibata

Hiroshi Kitajima

Yasumasa Itoh

Hiroaki Hada

A device for gasifying a sterilizing liquid comprises a hot air ducthaving an inletat one end thereof and an outletat the other end thereof, a hot air generatorfor supplying to the inlethot air having a temperature capable of gasifying the sterilizing liquid, a spray nozzlefor spraying the sterilizing liquid into the hot air duct, and a plate heaterdisposed as opposed to the outlet

Device for gasifying sterilizing liquid

An apparatus for disinfecting containers comprises a disinfection chamber 12 surrounding a required section of a container transport path, partition means for dividing the interior of the disinfection chamber 12 into a preheating zone 35, an exposure zone 36 and a drying zone 37 as arranged downstream from an upstream side of the transport path, antiseptic supply means for supplying hydrogen peroxide gas or mist to the exposure zone 36, and means for supplying hot air to the preheating zone 35 and the drying zone 37.

Apparatus for disinfecting containers

The hydrogen peroxide gas supplying apparatus to be sterilized by the method of the invention comprises a hydrogen peroxide gas transport air pipe extending from an air source to the location of the article to be sterilized by way of a closed gasifying tank having a heater incorporated therein, and a microorganism removing filter provided on the air pipe and positioned upstream from the gasifying tank. The apparatus is sterilized by supplying an aqueous solution of hydrogen peroxide to the gasifying tank while supply of air from the air source to the air pipe is discontinued so that the solution is gasified by being heated with the heater.

Method of sterilizing apparatus for supplying hydrogen peroxide gas

An apparatus for supplying a liquid under a constant pressure comprising a supply tank disposed at a higher lever than articles, i.e., containers, to be supplied with the liquid, an overflow plate partitioning the interior of the supply tank into a main tank compartment and an auxiliary tank compartment, a supply pipe having an upper end connected to the main tank compartment and a lower end position to oppose the container, replenishing means for supplying a replenishment of the liquid to the main tank compartment at a rate in excess of the rate of supply by the supply pipe per unit time, means for transferring the liquid from the auxiliary tank compartment to the main tank compartment at a rate in excess of the rate of supply, and control means for operating the replenishing means and stopping the transferring means upon the liquid level in the auxiliary tank compartment reaching a predetermined low level and for stopping the replenishing means and operating the transferring means upon the liquid level reaching a predetermined high level.

Apparatus for supplying liquid under constant pressure

An apparatus for determining the rate of discharge from a nozzle for spraying an aqueous solution of hydrogen peroxide comprises a pressure sensor for detecting the internal pressure of a pipe for supplying the solution to the nozzle under elevated pressure, and means for determining the rate of discharge from the pressure detected by the pressure sensor and the predetermined relationship of the discharge rate of the nozzle with the internal pressure of the pipe.

Growing community of inventors

Tokushima, Japan

Tadao Akai