Toyo Seikan Kaisha, Ltd.

Eiken Kagaku Kabushiki Kaisha

Kabushiki Kaisha Toshiba

Toyo Seikan Co., Ltd.

Meijo Co., Ltd.

Meiji Co., Ltd.

Hiroaki Hayashi

Shingo Saito

Manabu Hosokawa

Yasuyuki Takeuchi

You Yamamori

Yoshiharu Ichikawa

Akihito Miyazaki

Kenichi Takahashi

Koichi Kawamura

Kimio Takeuchi

Tomoyuki Shibata

Kenji Yoshihiro

Hidetoshi Kanda

Mariko Koyama

Kazuhiro Toyama

Wataru Suzuki

Masashi Ishikawa

Natsuki Masuya

Yoshiaki Seto

Shigeru Aota

Hiromi Urano

Takeyoshi Urata

Shinichiro Asano

Tatsunori Kikuchi

A stool container is provided with a lid body () having a lid part () for sealing a container and a stool collection rod () for collecting stool, a cylindrical container body () that has a liquid reservoir () formed at the distal end thereof via a filter holding part () and has an open proximal end, and an inner plugthat is inserted from the proximal end of the container body () in to the container body (). The distal end of the inner plug () has a bottom surface () that is orthogonal to the longitudinal direction and, in the center of the bottom surface (), a scraping part () through which the stool collection rod () can be inserted. A stool collection rod guide part is formed that comprises a plurality of sloping ribs () disposed radially around the scraping part ().

Stool collection container

A feces sampling container includes: a lid () that includes a feces sampling rod () and a cap (), a circular protrusion (); a container body (); and an inside plug () that includes a removal part (), and a circular protrusion (), the inside plug () being fitted to the inside of the container body (), a flange (), an overhang () being formed on the outer circumferential surface of the inside plug () at a predetermined position along the circumferential direction so that the overhang () is situated on the flange (), a removal mechanism (), and a cam mechanism () that positions the removal mechanism being formed over the circular protrusion () formed on the inner circumferential surface of the cap () and the circular protrusion () formed on the outer circumferential surface of the inside plug ().

Feces sampling container

A coupler having a socket with a valve and an element for energizing the valve in a closing direction, and a plug having a valve and an element for energizing the valve of the plug in a closing direction, where the plug is detachably fitted and coupled with the socket and is capable of communicating with the socket by opening the valve of the plug and the valve of the socket in the fitted and coupled state, A key groove or a key is provided in either the socket or the plug, and a ring member having a key or a key groove which can be fitted with the key groove or the key is provided in the other of the socket and the plug and the ring member is rotatable about a central axis of connection of the socket and the plug.

Coupler for transferring a liquid or other material between containers

Provided is a twist-cut unsealing mechanism in which an operator can surely sense the fact that twist-cutting of a seal member has completed in assembling of spout and cap of such a type that a container is unsealed by twisting and cutting a seal member for the liquid passage of a spout by means of a cap. A twist-cut unsealing mechanism includes both-side protrusions arranged along a virtual circle rounding around the center line of rotation and an abutment protrusion movable relatively to the both-side protrusions along the virtual circle, and is configured so that one of the both-side protrusion and the abutment protrusion for indicating completion of twist-cut is fixed to a spout () and the other protrusion is fixed to a cap (), the both-side protrusion has a sliding surface of gentle slope and a stopper surface of steep slope wherein projection heights of both surfaces are substantially same in the radial direction and both surface are adjacent to each other along a circle, the abutment protrusion can abut against the sliding surface and the stopper surface, and at a position where the abutment protrusion passed the sliding surface in the rotational direction, the relative rotation positions of the spout () and the cap () is set above the twist-cut completion position of a seal member () and within detachment allowance positional range where the detachment of the cap () is permitted.

Twist-cut unsealing mechanism for container

A pouring member includes an unsealing cap and at least two rotation prevention sections extending vertically and downwardly from an end surface of an open end side of the unsealing cap and is arranged such that the at least two rotation prevention sections are apart from one another by an angle which is larger than a rotation angle required for twisting off the sealing part, and symmetrically with respect to the central axis of the unsealing cap. A recess is formed such that the recess opens to a front end side of the rotation prevention section, and an engagement projection engages the recess in a direction substantially parallel with a direction in which the rotation prevention sections are extended vertically and downwardly, and is formed at a specific position of the flange part of the pouring member.

Pouring member

Provided is a containerfor inspection which stores and pours out contents therein, and the container is provided with a container main bodyhaving a mouth portionformed thereon, a cover portionattached to the mouth portionto seal the container main body, and an opening capattached to the cover portion. The cover portionhas a closing wallfor closing the mouth portion, and the opening capis provided with an pouring outlet, and a cutting portionfor cutting the closing wall. When the opening capis attached to the cover portion, the cutting sectioncuts the closing wallto enable pouring out the contents. Thus, in the provided containerfor inspection, sealing properties of the container main bodyare ensured by the cover portion, and the closing wallof the cover portionis cut by the opening capattached to the cover portionwithout removing the cover portion, whereby the contents can be poured out.

Container for inspection

Key telephone system having a plurality of telephone numbers to key telephone set

Feces-sampling transport container

Provided is a sampling bottle with easy handling of dejection sample, simple structure, reliable prevention of scattering dejection sample and propagation of offensive smell to nearby environments, and good quantitative precision. The sampling bottle has a bottle main body having an open bottom end and a nozzle unit closed by a thin wall capable of being opened, the bottle main body being capable of containing test liquid, and a sample holding unit insertable into the bottle main body from the open bottom end. The sample holding unit has an inner plug and a sample pickup rod. The sample pickup rod is pierced into sample dejection. The sample pickup rod with attached dejection is inserted into the inner plug. Excessive sample attached to the outer surface of the sample pickup rod is scraped off by the scrape section. The scraped, excessive sample is accommodated and sealed within an excessive sample room between the inner plug and the sample pickup rod. The sample holding section is aligned with the windows of the inner plug, and the sample attached to the top end of the sample pickup rod is sealed within the top inner space of the inner plug.

Sampling bottle

Growing community of inventors

Yokohama, Japan

Hiroaki Hayashi