JPS5929729Y2 - 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 holds the body of the vial, a small-diameter ring that surrounds the neck of the vial, a vertical string that connects both rings, and a hanger. Conventionally, these parts were made by injection molding. It was molded in one piece from synthetic resin.

However, because conventional hanging devices are attached to the vial manually, work efficiency is poor, and because the hanging devices cannot be assembled into a small volume, a large amount is required at a hanging device molding factory and a vial manufacturing factory. Since the hanging equipment takes up a large space, it is extremely inconvenient to handle the hanging equipment.

This invention uses a continuous tube-shaped string as a material, wraps this around a vial to create large and small rings, vertical strings, and hangers, and connects the joints of each member with fasteners or welding.
The objective is to provide a hanger that can be automatically attached to a vial, provides a cushioning effect within the packaging box, and is easy to handle.

In the embodiment shown in the drawings, 1 is a small diameter ring that surrounds the neck A of the vial, 3 and 5 are two large diameter rings that respectively hold the upper and lower parts of the bottle body B, and the small diameter ring 1 and the large diameter ring are Connect rings 3 with one vertical string 2, and connect large diameter rings 3 and 5 with 2
The book is connected with vertical strings 4 and 7, and a hanging hand 6 is connected to the large diameter ring 5.

These rings 1, 3, 5, vertical strings 2, 4.7, and hanging handles 6 are made of strings having appropriate strength and flexibility, such as continuous tubular strings S made of synthetic resin or rubber. Connect the joints of each member with flat metal fasteners 8 to 12,
If the material is synthetic resin, the seams may be welded by heating.

Since the elasticity of the tube-shaped string is added to the elasticity of the material due to the core hole, it is extremely elastic, and therefore produces a cushioning effect in the packaging box, and can be obtained at low cost, so it is used as a hanger for vials. suitable.

Further, such a tube-shaped string can only be used in the present invention, in which the string is wrapped around a vial to create a hanger.

This hanging tool is made by first wrapping the starting end of the string S around the neck A of the bottle, and connecting the joint between the small diameter ring 1 and the vertical string 2 with a fastener 8.
Wrap the large-diameter crosspiece 3 around the top of the bottle body B, taking a length that matches the length of the vertical string 2, connect the joint between the vertical string 2 and the large-diameter ring 3 with a fastener 9, and then cut the length that matches the length of the vertical string 4. Large diameter ring 5
Wrap it around the bottom of the bottle body B, connect the vertical string 4 and the large diameter ring 5 at the joint with the fastener 10, then take a length that matches the hanger 6 and tighten the base of the hanger and the large diameter ring 5. They are connected with a tool 11, and then the length of the string is taken to match the length of the vertical string 7, and the end of the string is hooked on a large diameter ring 3, and the end is folded back and connected with a fastener 12.

Note that the wrapping of the string around the vial and the joining of the seams can be automatically performed using a dedicated wrapping machine.

One embodiment of the present invention has the above-mentioned configuration, in which the neck A of the vial is surrounded by a small diameter ring 1, and the upper and lower parts of the bottle body B are surrounded by 2 rings.
The book is held by the large diameter rings 3 and 5, and stored in a packaging box with the handle 6 along the periphery of the bottom of the bottle. The lower part prevents contact between the bottle body surface and prevents damage to the vial.

The tube-shaped string used as the material for the hanging device is highly elastic and creates a cushioning effect inside the packaging box, so even if the partition device is omitted, damage to the vial can be reliably prevented. It turns out.

When in use, the handle is raised as shown by the chain line 6' and hooked onto a stand (not shown), and the infusion bottle is suspended in an inverted position to allow the infusion to flow down.

The above is an explanation of 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.

In this invention, a continuous tube-shaped string is wrapped around the vial to create large and small rings, vertical strings, and hangers, and the joints of each member are connected with fasteners or welding, and the vial is automatically attached. Work efficiency is significantly improved because it can be attached to the machine, and handling is extremely easy because a large amount of material can be stored in a small volume.

In addition, since the tube-shaped string generates a cushioning effect within the packaging box, it is possible to omit partitions and reduce costs.

[Brief explanation of the drawing]

The drawing is a front view showing an embodiment of the present invention. Note that A is the bottle neck, B is the bottle body, S is the string, 1 is the small diameter ring, and 3 is the bottle neck.
and 5 are large diameter rings, 6 is a hanging handle, 2, 4 and 7 are vertical strings, 8
~12 are fasteners.

Claims (1)

[Scope of utility model registration request] A continuous tubular string is wrapped around the vial to form one small-diameter ring on the bottle neck and at least two large-diameter rings on the bottle body, with a vertical string connected to each ring attached to the bottle body, and a lower A vial hanger characterized by having a hanger connected to a large-diameter ring, and connecting the joints of each member by fasteners or welding.