JPH05253253A - Repair of suction mechanism in dental aspirator - Google Patents

Abstract

PURPOSE: To minimize the time required and the consumption of a chemical for repairs with easy usage, by washing a sectional region, introducing the chemical for repairs thereinto, making it diverse, storing the chemical for repairs on the inner all of the suctional mechanism, making it react with a component included in a suctioned material, and making the chemical for repairs dissolve itself. CONSTITUTION: A distribution apparatus 5, which supplies a chemical for repairs to a suctional tube 3 and suction cannula 4 fixed to a chair for dental treatment, measures and distributes a prescribed volume of the chemical for repairs to suck into a spoon-like protrusion 6. The chemical for repairs comprises coarse- grained granules, powder, or adhesive gel. The chemical for repairs is sucked into a suction mechanism which is wet or has previously been washed, and granule particles 7 are dispersed on the inner wall of the suction tube 3 and the suction cannula 4. After storing, the granule particles 7 are dissolved as required, and the operation for repairs is started to react the particles with the components included in the sucked material.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method for cleaning a suction mechanism of a dental suction device, such as a suction tube. “Care” is to be understood in this context as eg cleaning, disinfecting, optionally defoaming and adding perfumes.

[0002]

In the past, concentrated solutions were used for this purpose, which had to be diluted with water according to the manufacturer's instructions before use in order to make a working solution. The liquid drug is sucked out without sufficient residence time, so only a small amount of the drug can act. In flow technology, a trickle is formed in the tube, which prevents uniform wetting of the inner wall of the tube with the working solution.

Disadvantages of this method are the disadvantageous handling in making the use solution and the high time waste associated with the inadequate effect because most of the solution is sucked out exclusively ineffectively. .

When introducing the amalgam-separation-mechanism, the necessary care methods currently in use have been found to be inadequate, which impedes operational safety. In such a separating mechanism, the care of the suction device is of great significance for reasons of operational safety. The cause of insufficient care is that the people involved in it are subjected to a wide variety of work,
As a result, the time required for maintenance is insufficient. In addition, aversion to work in the dirty suction area was noted.

[0005]

SUMMARY OF THE INVENTION The object of the present invention is to eliminate the abovementioned disadvantages, to minimize the time and the consumption of care agents by simple handling, to ensure safe reception by humans and to guarantee optimum care. , To provide a method of caring for the suction mechanism of a dental suction device.

[0006]

[Means for Solving the Problems] The above-mentioned problems are, in a method for caring for a suction mechanism (for example, a suction tube) of a dental suction device, a) cleaning the suction area, and b) introducing a care medicine into the suction area. C) dispersing the care agent in the aspiration region, d) storing the care agent on the inner wall of the mechanism (eg, suction tube), and e) reacting the care agent with the components contained in the aspirate, f It is solved by:) dissolving the care agent by itself, and g) liberating the care agent intentionally and optionally.

The achievable advantages of the present invention are: highest acceptability based on ergonomic usability, easy handling, technical reliability, optimal ratio of price to efficiency and low cost of use. , High effectiveness, environmental protection (because of high utilization of care agents, care agents work in the area of suction mechanism and not in sewage treatment plants,
And the care agent adheres to moist soils and sediments), thereby achieving release of the agent, uniform distribution of the agent to all mechanisms, reduced microbial concentration in the exhaust area, Optimal depot drug effect, aspirant (eg blood, the final reservoir of undissolved care drug is the collection container of the amalgam separator or solids collector)
Hygiene for humans, where disinfection of pus, secretions, fungi, bacteria, etc.) is already carried out in the suction tube and additionally in the remaining mechanism, for example in the collector, for example when changing containers and emptying the collector. Manual operation, sufficiently accurate dosing, error-free mixing, better handling than liquids (capable of sweeping spilled granules and powders), reduced risk: concentrated liquids It has an immediate corrosive effect, but granules, powders and gels have a corrosive effect only when combined with water in the suction tube.

[0008]

The drawings illustrate an apparatus for carrying out the method of the invention.

Referring to FIG. 1, a dental treatment chair having a patient chair 1 has a conventional brim spit 2 and a suction cannula 4.
And a suction tube 3 provided with.

In FIG. 2 again the suction tube is shown at 3 and the suction cannula is shown at 4, 5 is a dosing device, on the spoon-like projection 6 of which the predetermined amount of care is taken for suctioning. Use medication.

The care agent is an advantageously coarse-grained granule, powder or adhesive gel. For this purpose, a wide variety of agents are suitable, provided that they satisfy the requirements of aspiration and neutralization and self-dissolution.

FIG. 3 shows the practically achievable distribution of the granule particles 7 on the inner wall of the suction tube 3 after, for example, the care agent has been suctioned into the suction mechanism which has been moistened or prewashed. After storage, the particles dissolve, if necessary, to initiate the caring action.

The following publications were considered: European Patent Publication No. 0124888, European Patent Publication No. 0023036, West German Patent Publication No. 2929804.

[Brief description of drawings]

FIG. 1 is a schematic view of a dental treatment chair having a suction device.

FIG. 2 is a diagram showing a state in which a maintenance medicine is sucked.

3 is a partially enlarged view of the inside of tube III of FIG.

[Explanation of symbols]

3 suction tubes, 4 suction cannulas, 5 dispensing containers,
7 Granule particles

 ─────────────────────────────────────────────────── ─── Continued Front Page (72) Inventor Helmut Baul, Federal Republic of Germany Hochdorf Unterressendorf Oberstraßen Ecker 4

Claims (4)

[Claims] 1. A method for caring for a suction mechanism of a dental suction device, comprising: a) cleaning the suction area, b) introducing a care agent into the suction area, and c) dispersing the care agent into the suction area, d) storing the care agent on the inner wall of the mechanism, e) reacting the care agent with the components contained in the aspirate, f) dissolving the care agent itself, g) adding the care agent. A method for caring for a suction mechanism of a dental suction device, characterized by releasing it intentionally and as needed. 2. The method according to claim 1, wherein the care agent is inhaled. 3. The method according to claim 1, wherein the medicine for care is distributed and supplied. 4. The method according to claim 1, wherein granules, powders or adhesive gels are used as care agents.