Hosokawa Yoko Co., Ltd.

Kabushiki Kaisha Hosokawa Yoko

Kabushiki Kaisha Polymer Systems

Other

Kabushiki Kaisha Toshiba

Sunstar Engineering Pte. Ltd.

Kamaya Kagaku Kogyo Kabushiki Kaisha

Kabushi Kaisha Polymer Systems

Kabushiki Kaisha Nisshiri

Kabushi Kaisha Hosokawa Yoko

Yoji Tanaka

Tooru Ichikawa

Yoshiji Moteki

Ritaro Konuma

Toru Ichikawa

Tomio Tahara

Masahiro Ito

Shigeo Morimoto

Eiji Hattori

Masayoshi Matsumura

Kazuhito Shimizu

Toshiharu Osaka

In order to achieve a container which is convenient for carrying, delivery, transportation and storage of a viscous liquid, which can be disposed by being crushed to a small volume size when it has become empty, and which prevents twisting or rising up of the lower half of the container during a mixing of a viscous liquid, a container A holding liquid is used, wherein a ring-shaped rim frameis provided on the upper end of a flexible tubular main body, a bottom plateis fitted onto an opening at the lower end thereof, and at least one ring-shaped trunk section frameis provided on the outer circumferential surface of said tubular main body

Holding container, external container for kneading and transportation, and kneading device

A cleaning processing jig is inserted into a bolt heater hole, and pollution such as extraneous matter on an inner surface of the hole is removed by a waste cloth. A penetration processing jig is inserted into the hole, and the penetrant is made to uniformly penetrate into the inner surface by a sponge onto which a penetrant is applied. Then, a developing processing jig is inserted into the hole, and the inner surface is developed by injecting a developer toward the inner surface from an injection tip provided on a head. When a predetermined time elapses after the developing processing, a visual inspection tool in which a visible head is attached to a tip of a pipe is inserted into the hole, and the inner surface is visually inspected through a light pipe connected to the visible head.

Method for inspecting bolt heater hole

A plastic container contains a liquid, such as toilet water or soy sauce, and is suitable for containing a refill. The plastic container () has a tube () formed by rolling a plastic laminate in a tubular shape, a bottom wall () formed so as to be joined to the inner circumference of a lower end part of the tube () by an insert injection molding process, a hoop () formed on the outer circumference of an upper end part of the tube () by an insert injection molding process and a top cover () provided with a spout () and bonded to the upper end surface of the hoop ().

Method of manufacturing a plastic container

A plastic container comprises a main body, a large-diameter member and a small-diameter-formed member. The main body is formed of a plastic laminate film into a tubular shape. The large-diameter-formed member is joined to the outer surface of the end of the main body by an insert-injection process. The small-diameter-formed member is jointed to the inner surface of the other end of the main body by the insert-injection process.

Insert-injection process for forming a container

A plastic container contains a liquid, such as toilet water or soy source, and is suitable for containing a refill. The plastic container ( ) has a tube ( ) formed by rolling a plastic laminate in a tubular shape, a bottom wall ( ) formed so as to be joined to the inner circumference of a lower end part of the tube ( ) by an insert injection molding process, a hoop ( ) formed on the outer circumference of an upper end part of the tube ( ) by an insert injection molding process and a top cover ( ) provided with a spout ( ) and bonded to the upper end surface of the hoop ( ).

Plastic container and method of manufacturing the same

Plastic container formed by Insert-injection process

Plastic container formed by insert-injection process

A method for manufacturing a container having a tubular-shaped intermediate barrel portion that is covered with a flexible film. The tubular-shaped intermediate barrel portion is disposed on a mandrel that functions as a die core. The mandrel is installed with the tubular-shaped intermediate barrel portion to an upper die and a lower die. One end of the intermediate barrel portion covers the mandrel with flexible film. Molten polymer material is injected into the upper and lower dies, forming solid portions at opposite ends of the pipe-shaped barrel portion.

Method of manufacturing a container

A container is provided with: a main body formed in the shape of a pipe of flexible film, at least back end of which is closed; a reinforcing member disposed at the tip section of the main body for holding the form of the tip section and having a discharge aperture for discharging content contained in the main body; and a lid for closing the discharge aperture of the reinforcing member.

Container, method of manufacturing the same, and installation jig for

A container including a cylindrical main body having front and rear end portions opposite each other and being axially collapsible along the longitudinal axis thereof to discharge contents therein through the first end portion. The rear end portion is sealed, and a reinforcing member having a discharge aperture extending therethrough is secured to the front end portion of the cylindrical main body. Additionally, a lid is disposed on the reinforcing member to cover the discharge aperture.

Two fluid press-feeding pump

Growing community of inventors

Kawasaki, Japan

Yoji Tanaka