JPS5845702Y2 - Vial hanging device - Google Patents

Description

[Detailed Description of the Invention] The present invention relates to a hanging device used for hanging a medical vial on a stand.

A vial hanger consists of a large diameter ring that surrounds the bottle body, a small diameter ring that rests on the shoulder of the bottle, a vertical rod that connects both rings, and a hanger. Conventionally, these parts were molded in one piece from synthetic resin using injection molding. Was.

However, because conventional hanging devices are attached to vials manually, work efficiency is low, and because the hanging devices cannot be grouped into small groups, large quantities of hanging devices are required at hanging and tool molding plants and vial manufacturing plants. The ingredients take up a lot of space, making handling them extremely inconvenient.

This invention has a small-diameter ring in the center of a plastic vertical rod for passing bottles, and an inverted ■-shaped connecting rod protrudes from both sides of the vertical rod at the midpoint between the small-diameter ring and both ends of the vertical rod. Fit the bottle neck into the ring, attach the vertical rod and the continuous joint piece to the bottle body, and weld both ends of the vertical rod and the side ends of the continuous joint piece to form a large diameter W-shaped ring that surrounds the hanger and the bottle body. The objective is to provide a hanger that can be automatically attached to a vial and that does not require a large space for storage.

In the embodiment shown in the drawings, reference numeral 1 denotes an elongated vertical rod made of plastic that serves as the main body of the hanging device, and has a length that is more than twice the sum of the height and diameter of the vial A, and has bottle necks B at the center and at both ends. A small-diameter ring 2 and small hanging holes 3, 3 are provided for passing through, and inverted ■-shaped continuous joint pieces 4, 4 are provided protruding from both sides of the intermediate part from the small-diameter ring 2 to the hanging hole 3, and extend approximately once around the bottle body. , a rectangular end piece 5 is provided at the side end of each continuous joint piece.

The small-diameter ring 2 of the vertical rod 1, the continuous piece 4, etc. are integrally molded by injection molding, and due to the elasticity of the material they create a cushioning effect in the packaging box, and can be mass-produced at low cost. be able to.

In this embodiment, the neck B of the vial is first fitted into the small diameter ring 2 provided at the center of the vertical rod 1, the small diameter ring is placed on the bottle shoulder C, and the vertical rods 1, 1 are placed on both sides of the bottle body. , bend the vertical rods 1, 1 at the bottom end of the bottle body, make the remaining parts inclined with respect to the bottle bottom E, and weld the hanging holes 3, 3 at the side ends in a gassho style to form the hanger 6. .

Next, the continuous joint pieces 4, 4 are placed along the bottle body, and the end pieces 5, 5 are welded together, and these continuous joint pieces form two W-shaped large diameter rings 7.7 that surround the bottle body. .

In this way, assembling the hanger and attaching the hanger to the vial are performed simultaneously.

Here, the bottle neck is fitted into the small diameter ring 2, the vertical rod 1 and the connecting pieces 4, 4 are attached to the bottle body, and the hanging holes 3, 3 and the end pieces 5, 5 are installed.
The welding can be automatically performed by a dedicated winding machine configured similarly to the known Danband machine.

Vial A with a hanger attached has vertical bars 1, 1 on its bottom.
The vial is stored in a packaging box with its side edges together, and inside the packaging box, a large-diameter ring 7.7 prevents contact between the vial body surface and the elasticity of the material prevents damage to the vial.

When in use, pull up the side ends of the vertical rods 1 and 1 to open the hanging hole 3.
is hung on the stand 8, and the vial is hung in an inverted position to allow the infusion to flow out.

The above describes one embodiment of the present invention, and the present invention is not limited to this embodiment, and the design can be changed within the gist of the invention. For example, the hanging hole 3 may be omitted and both ends of the vertical rod 1 may be welded. However, this welded portion may be hung on the stand 8.

In the present invention, a small-diameter ring through which the bottle neck passes is provided in the center of a plastic vertical rod, and an inverted V-shaped continuous joint piece is provided protruding from both sides of the vertical rod at the midpoint between the small-diameter ring and both ends of the vertical rod. A W-shaped large-diameter ring that fits the bottle neck into a small diameter ring, attaches the vertical rod and connecting piece to the bottle body, and welds both ends of the vertical rod and the side ends of the connecting piece to surround the hanger and the bottle body. The small-diameter ring is fitted into the bottle neck, the vertical rod and the continuous piece are attached to the bottle body, and the welding can be done automatically, improving work efficiency and saving a large space for storage. This method has the advantage that handling is extremely simple because the hanging device is assembled and attached to the vial at the same time without the need for.

[Brief explanation of the drawing]

The drawings show one embodiment of the present invention; FIG. 1 is a front view of the hanging device, FIG. 2 is a front view of the hanging device attached to a vial, and FIG. 3 is a side view thereof. In addition, A is a vial, B is a bottle neck, D is a bottle body, E is a bottle bottom, 1 is a vertical rod, 2 is a small diameter ring, 4 is a continuous piece, 6 is a hanger, and 7 is a large diameter ring. .

Claims (1)

[Scope of utility model registration request] A small-diameter nog through which the bottle neck passes is installed in the center of the plastic vertical rod, and an inverted ■-shaped continuous piece that almost goes around the bottle body is installed on both sides of the vertical rod at the midpoint between this small-diameter ring and both ends of the vertical rod. Protruding,
A W-shaped large-diameter ring that fits the bottle neck into a small diameter ring, attaches the vertical rod and connecting piece to the bottle body, and welds both ends of the vertical rod and the side ends of the connecting piece to surround the hanger and the bottle body. A hanging device for a vial, characterized by forming a.