Constructive arrangement for support member of orthodontia elastic ring

Abstract

The invention relates to a constructive configuration for a support member for an orthodontic elastic member, the support member is a type as below, with a view to connection and other purpose, the support member is used by professionals in the orthodontic field to accommodate the elastic member (E). The slender rod (1) is a metallic member with identical thickness to maintain rigidness thereof, and can be provided with a variety sections. The slender rod (1) is provided with flattened finishing section (21) at least at one end (2d) thereof to thereby form a small protruding section (2b), such that the elastic member (E) is not allowed to slide off the position. A slender rod end (2d) is thick and circular so as to avoid accidents like the glove is pierced through, and other defects.

Description

technical field The invention relates to a constructive arrangement of supports for orthodontic elastic rings, in particular for carrying, storing and maintaining the memory level of the elastic rings, whereby when the professional applies the elastic rings to the joint, facilitate his / her work. Background technique Considered generally, the existing support for orthodontic elastic rings, widely known as "laminated rods", has been found to be inconvenient for those professionals in the field of orthodontics, especially for orthodontics. Those professionals who work, when they operate this support with elastic rings, are inserting the correcting wires at the time. A simple study of the prior art shows that, in conventional methods, a thin support is used, which is shown in Figure 1 for a better view, this support consists of a metal piece (called H), the The metal piece is usually a circular cross-section roughly folded in the middle (designated H1 ), and therefore consist...

AI Technical Summary

Problems solved by technology

In fact, another drawback has been found to be that the elastic loops are tied to each other, so that it is difficult to pull out one loop at a time, and this action of pulling out the elastic loops is usually performed by means of a device called a tie screwdriver

Also, this physical bond between the elastic rings creates a breakable point when the point bond breaks, jeopardizing the performance of the bond

In fact, another drawback is that the ends of the thin rods (designated h1 and h2) protrude sharply outwards, which, in this way, can pierce the gloves used by the professional during the examination, leaving the doctor or the patient vulnerable to contamination

Another drawback is caused by the existing structure of the support, which is related to the ring-shaped ends (H2), which are usually twisted to each other inside the bag, not only occupying a lot of space inside, but also making it difficult for professionals to Difficult to remove while working

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