A gill-penetrating type dental forceps

Abstract

A gill-penetrating type dental forceps is disclosed. The dental forceps includes a male sheet, a female sheet and a connecting pin disposed between and connecting the male sheet and the female sheet. The dental forceps is characterized in that the male and female sheets are arranged in a gill-penetrating and opposite manner; the connecting bin passes through the male sheet and the female sheet and is between the male sheet and the female sheet; the male sheet and the female sheet both include front arc-shaped forceps hooks and rear arc-shaped forceps handles; a male sheet forceps joint is disposed between the forceps hook and the forceps handle of the male sheet; a female sheet forceps joint is disposed between the forceps hook and the forceps handle of the female sheet; the male sheet forceps joint is a rectangular connecting bar; the middle of the female sheet forceps joint is provided with a rectangular gill slot; the connecting bar of the male sheet is disposed in the gill slot; central positions of the male sheet forceps joint and the female sheet forceps joint are provided with a through hole respectively; and the connecting pin passes through the through holes of the male sheet forceps joint and the female sheet forceps joint. Beneficial effects of the dental forceps are that the dental forceps is simple in structure, good in stability, not liable to be loose during use, convenient to use, beautiful in appearance and long in service lifetime.

Description

technical field [0001] The invention relates to the technical field of medical devices, in particular to a gill-piercing tooth extraction forceps with good stability, not easy to loosen, convenient to use, beautiful in appearance and long in service life. Background technique [0002] Tooth extraction forceps are pliers used to extract teeth during tooth extraction. Most of the existing dental extraction forceps are jaw-stacking forceps. The structure of the cheek-stacking forceps is composed of two pieces, one is stacked on top of the other, and the jaws are overlapped. One end is fixed on the upper half with rivets. One head and the second half activity link. [0003] Existing tooth extraction forceps has the following problems: [0004] 1. In appearance, due to the use of rivet movable links, there are obvious gaps when used, and the overall is rough and not refined, which affects the appearance; [0005] 2. Due to the upper and lower structure, the upper and lower pie...

AI Technical Summary

Problems solved by technology

[0004] 1. In appearance, due to the use of rivet movable links, there are obvious gaps when used, and the overall is rough and not refined, which affects the appearance;

[0005] 2. Due to the use of the upper and lower structures, the upper and lower pieces must swing greatly during use. If you want to reduce the swing, the pliers will be very tight when opening and closing, causing inconvenience in use;

[0006] 3. Since one end of the rivet is fixed on the upper half, and the other end is connected to the lower half, the rivet is manually knocked on. After frequent opening and closing, the pliers are easy to swing, which will increase the degree of swing, affect the comfort of use, and make the tooth extraction forceps shorter service life

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