Matsui Manufacturing Co., Ltd.

Kabushikikaisha Matsui Seisakusho

Kyowa Hakko Kogyo Co., Ltd.

Osamu Matsui

Hiroshi Tada

Kiyoshi Morimoto

Motoharu Shimizu

Kazue Murata

Yoshika Sanada

Teiichi Miwa

Yoshitaka Koishi

A vacuum-type automatic dehumidifying and drying apparatus for powdered or granular material such as a pelletized or powdered resin or the like, provided with a drying hopper connected to an evacuating means having at its bottom a material discharge valve, and provided with a material collector communicating with the drying hopper via a material feeding valve above the drying hopper for collecting the powdered material therein. The apparatus comprises a double constructed drying hopper having a cylindrical main body made of a high heat conductivity material provided on its inner peripheral surface with plural fins, which define compartment walls, projecting inwardly and provided on its outer peripheral surface with a heating means surrounding the cylindrical main body. The main body is outwardly enclosed with a heat insulation wall, and comprises an outer air inlet for introducing outer air thereinto, a material sensor for detecting amount of the material stored in the hopper, and an evacuating means connected to the main body.

Vacuum-type automatic dehumidifying and drying apparatus for powdered or

The invention disclosed a method for cleaning a pipe in the inside comprising steps of inserting a pig into a pipe, and reciprocally moving the pig thereafter by aerial vibration to clean the inside of pipe. An apparatus for cleaning a pipe in the inside comprises a pig removably inserted into a pipe from an end side thereof and a vibration generating source for transferring the pig in reciprocal motion by means of aerial motion to clean the inside of pipe.

Apparatus for cleaning the inside of a pipe

A rotary sampling apparatus for powdered or granular materials wherein the materials are automatically sampled and pneumatically transported to a predetermined place. A first variant of the present invention is of a rod-like type which has a rod-like body having a measuring table. The rod-like type rotary sampling apparatus is designed to be inserted into a bed of powdered or granular materials through an external wall of a storage container such as a hopper dryer. A second variant of the present invention is of a mounted type rotary sampling apparatus with a measuring table and the apparatus is designed to be incorporated into a mounting pedestal provided with the storage container. In both variants of the present invention, the measuring table is rotated by a rotary actuator, a measuring hole of the measuring table is placed at a material sampling position, and powdered or granular materials are sampled and filled in the measuring hole. The hole of the measuring table is rotated into a material discharge position and the materials are forcedly pneumatically discharged through a discharge passage by feeding a pressurized gas.

Rotary sampling apparatus for powdered or granular materials

A dust collector adapted for use in a hopper dryer including an outer rigid member and an inner filter member which is provided concentrically with the outer rigid member, the outer rigid member having a number of pores punched in its peripheral surface and the inner filter member having a filter element corrugated axially of the filter member.

Dust collector adapted for use in a hopper dryer

Transporter and method for directly transporting powdered materials or the like by a pressurized gas from the delivery container to a hopper connected to packaging or pilling machines through a pipe arrangement connected to the container at its one end and the hopper at its other end. The container is combined with a conical part to form an airtight system by a connecting device, inverted by a turning mechanism and then connected to the pipe arrangement through the conical part, and thereafter, the powdered materials in the container are transported to the hopper by the pressurized gas fed from pressurized gas feed-pipes connected to specified locations of the sigmoid pipe.

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Osaka, Japan

Osamu Matsui