KR20090108372A - Suction system for dental clinic - Google Patents

Abstract

PURPOSE: A dental clinic suction apparatus is provided, which removes a suction pump of water feeding unit facility of a reverse solenoid valve. CONSTITUTION: A dental clinic suction apparatus comprises: an oxidation process tank(120) in which water of the constant water level is filled higher than a leveling plate(121); a separation pipe(142) in which a bent bypass passage(142a) is branched; a discharge lamp(150) for the sterilization/sterilization process of the inhaled material within the tank by simultaneous occurrence of the ultraviolet wavelength and the ozone creation wavelength; and a water inlet pipe(161) for guiding water filled within the oxidation process tank to the suction pump(110).

Description

Dental Suction Device {SUCTION SYSTEM FOR DENTAL CLINIC}

The present invention relates to a dental suction device, and more particularly to the sterilization / disinfection of the inhaled inhalation treatment from the mouth of the dental patient during dental treatment as well as to minimize the occurrence of odor caused by the inhalation And a suction device for removing a water supply unit of a conventional check solenoid valve that is installed to supply water to a suction pump.

In general, a dental suction device is a device for inhaling various suctions, including pus, saliva or tooth cuttings, which occur in the mouth of a dental patient during a dental examination, from the mouth of a dental patient using a suction pump.

Such a dental suction device is conventionally provided with a suction pump for suction of the suction, the water supply unit is connected to the continuous supply of water during the use of the pump for maintaining the airtightness and smooth operation of the suction pump, As the water supply unit, a check solenoid valve is installed on the water supply pipe to supply and shut off the water to the suction pump.

In addition, the conventional dental suction device is discharged in a manner that the liquid material is drained and then post-processed in the suction containing the contaminants sucked through the suction pump, and the extracts, such as tooth cuttings are processed waste.

By the way, according to the conventional dental suction device, since the water must be continuously supplied to the suction pump during operation of the device, the water consumption is increased, and the water supply unit of the check solenoid valve must be provided to supply and shut off the water. In addition, the liquid inhalation treated inhaled during dental treatment drained to the sewer, there was a problem that causes a bad odor and secondary pollution in the sewer.

The present invention has been made to solve the above-mentioned conventional problems, it is possible to sterilize / disinfect the inhaled inhaled from the mouth of the dental patient during dental treatment as well as drainage of odor generated by the inhaled The purpose of the present invention is to provide a dental suction device to minimize the discharge and to remove the water supply unit facility of the check solenoid valve that was previously connected to the suction pump to supply water to the suction pump.

The present invention is a dental suction device provided with a suction pump for suction treatment of various suctions generated during dental treatment through a suction pipe,

A transport pipe is connected to the suction pipe sucked by the suction pump to the upper portion, and a horizontal plate for forming an upper and lower partition space therein, and a left and right partition space formed on the horizontal plate, but an air hole is formed on the upper side. And a vertical plate having an opening formed at a lower side thereof, and an advanced oxidation (AOP) treatment tank filled with a predetermined level of water above the horizontal plate; An inlet pipe disposed at an upper side of the advanced oxidation treatment tank and connected to one end of the inlet pipe, and a separate pipe having the other end of the inlet pipe connected to a lower side and having a bent auxiliary pipe; A discharge lamp fixedly disposed in the advanced oxidation tank but positioned in the water to be filled in the tank, for disinfection / disinfection of the inhalation in the tank by the simultaneous generation of ultraviolet and ozone generating wavelengths; It is characterized in that the water inlet pipe is provided for the inflow treatment of the water filled in the advanced oxidation tank to the suction pump side.

The present invention can remove the water supply unit equipment of the check solenoid valve that was previously connected to the suction pump in order to supply the tap water to the suction pump side, the liquid in the inhalation treated from the mouth of the dental patient during dental treatment Substances can be sterilized / disinfected strongly by advanced oxidation treatment and then drained and drained and exhausted while minimizing odors caused by inhaled substances. Odor generation and secondary pollution can be minimized.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

As shown in Figure 1, the dental suction apparatus according to an embodiment of the present invention by the suction pump 110 and the suction pump 110 for suctioning the various inhalations generated during dental treatment from the mouth of the dental patient The transfer pipe 131 is connected to the suctioned suction is introduced into the upper portion, and the horizontal plate 121 and upper and lower partition spaces are formed on the horizontal plate 121 to form the upper and lower partition spaces therein, but the upper air Advanced Oxidation Process (AOP) tank in which a hole 122a is formed and a vertical plate 122 having an opening 122b is formed at the lower side and water of a predetermined level is filled above the horizontal plate 121. 120 and an inlet pipe 141 which is disposed at an upper side of the advanced oxidation tank 120 and is connected to one end of the inlet pipe 131 and the other end of the inlet pipe 141 is connected to a lower side thereof. Separated pipe 142 is branched auxiliary pipe 142a branched, and the high mountain The discharge lamp 150 is fixedly disposed in the processing tank 120 but positioned in the water to be filled in the tank 120 and sterilization / disinfection treatment of the inhalation in the tank 120 due to the simultaneous generation of ultraviolet and ozone generating wavelengths. And, the water inlet pipe 161 for the inflow treatment of the water filled in the advanced oxidation tank 120 to the suction pump 110 side, and is connected to the upper one side of the advanced oxidation tank 120 and advanced oxidation treatment The drain pipe 162 for draining the water in the tank (Drain), and is connected to one side of the upper end of the advanced oxidation treatment tank 120 and comprises an air exhaust 171 for exhausting the odor generated in the tank Is done.

In this case, the suction pump 110 is connected to the suction pipe 111, and the filter member 180 for filtering the extract from the suction sucked between the suction pump 110 and the suction pipe 111 is connected.

The advanced oxidation treatment tank 120 has a water level check system 191 is installed at one side so that the water level filled in the tank can be easily confirmed from the outside, the top of the tank 120, the opening and closing of the door or cover Means 192 may be provided to supply water to be filled into the tank or to be used to clean the interior of the tank.

The advanced oxidation treatment tank 120 is provided with an extract discharge pipe 193 connected so that one end of the extract discharge pipe 193 is connected to the lower end of the separation pipe 142, while passing through the separation pipe 142, It is configured to treat wastes that are separated by self weight.

The discharge lamp 150 uses a well-known discharge lamp such as a plasma ultraviolet lamp that generates an ultraviolet wavelength (253.7nm) and ozone generating wavelength (184.9nm) at the same time, and supplies power from a power variable power supply (not shown) It is installed to receive.

The end of the drain pipe 162 is connected to the sewer side, it is also used to control the water level by draining the water in the tank 120.

The ozone filter 172 may be installed on the air exhaust port 171 so that the odor removal function may be more strongly performed.

Referring to the operation of the dental suction apparatus according to the invention made in this configuration are as follows.

The advanced oxidation treatment tank 120 connected through the suction pump 110 and the transfer pipe 131 is filled with water at a predetermined level, and the water supply for the airtightness and smooth operation of the suction pump 110 is performed. The water filled in the advanced oxidation tank 120 is made by flowing into the suction pump 110 through the water inlet pipe 161.

The suction containing the extracts, such as various tooth cuttings generated from the mouth of the dental patient by the operation of the suction pump 110 is sucked through the suction pipe 111, the extract having a certain particle size in the suction is the filter member Primary filtering is performed by 180.

In addition, the suction including the extract that has passed through the filter member 180 is introduced into the upper portion of the advanced oxidation tank 120 through the transfer pipe 131, and the suction is formed every time the suction pump 110 is operated. After being conveyed through the inlet pipe 141 and the separation pipe 142 by the pressure and flows into the interior space of the advanced oxidation tank 120 through the bent auxiliary pipe 142a to the water filled in the tank 120 Is committed.

At this time, the light liquid substance in the suction including the extract that began to flow into the separation pipe 142 through the inlet pipe 141 is transferred to the auxiliary pipe 142a side by the suction pressure of the suction pump 110 and bent Since the resistance is provided by the bending structure while passing through the auxiliary pipe 142a formed as a structure, the discharge pressure is discharged into the internal space of the advanced oxidation tank 120 in a state where the discharge pressure is minimized.

In addition, the extract from the suction is introduced into the separation pipe 142 and at the same time separated from the liquid material by the resistance and self-weight hitting the inner wall of the separation pipe 142 is moved to the lower side, and falls into the extraction discharge pipe (193). The waste is then disposed of.

On the other hand, the inhalation of the liquid substance flowing into the interior space of the advanced oxidation tank 120 is put into the water filled in the tank, by the operation of the discharge lamp 150 that generates the ultraviolet wavelength and ozone generating wavelength at the same time As shown in [Scheme 1], ozone (O ₃ ) absorbs ultraviolet rays (UV) and starts to decompose and reacts with water molecules in the tank 120 to generate OH radicals that exhibit strong sterilizing and disinfecting properties. do.

Scheme 1

O ₃ + UV → O + O ₂

O + H ₂ O → 2OH

Accordingly, the OH radical generated in the tank 120 sterilizes and contaminates various contaminants such as bacteria and bacteria in the liquid substance of the inhaled substance that is introduced into the tank with strong oxidizing power of sterilization, disinfection and decomposition without leaving toxic or residual substances. Will be disinfected.

In addition, according to the generation of OH radicals, the sterilization and disinfection of the water and the liquid substances in the tank 120 is performed with strong sterilization and disinfection, and decomposes the organic substances and exerts deodorizing power.

In addition, ozone is generated in the advanced oxidation treatment tank 20 to sterilize and deodorize, and the generated ozone flows into the drain pipe 162 and the air exhaust 171 connected to the advanced oxidation treatment tank 120. It is to act to sterilize and deodorize the water and air in the advanced oxidation tank 120 to be drained or exhausted, and will even be used to disinfect sewers.

1 is an exemplary view showing the configuration of a dental suction apparatus according to the present invention.

Explanation of symbols on the main parts of the drawings

110: suction device 120: advanced oxidation treatment tank

121: horizontal plate 122: vertical plate

122a: air hole 122b: opening

131: transfer pipe 141: inlet pipe

142: separation pipe 142a: auxiliary pipe

150: discharge lamp 161: water inlet pipe

171: air exhaust 191: water level check system

Claims (3)

In the dental suction device provided with a suction pump 110 for suction treatment of various suctions generated during dental treatment through the suction pipe 111, Transfer pipe 131 is connected so that the suction sucked by the suction pump 110 is introduced into the upper portion and a horizontal plate 121 for forming the upper and lower partition space therein, and the left and right on the horizontal plate 121 A vertical plate 122 having an air hole 122a formed at an upper side and an opening 122b formed at a lower side thereof is installed to form a partition space, and an altitude at which a predetermined level of water is filled above the horizontal plate 121. An oxidation (AOP) treatment tank 120; The inlet pipe 141 is disposed on the upper side of the advanced oxidation treatment tank 120 and one end is connected to the transfer pipe 131, and the other end of the inlet pipe 141 is connected to the lower side and bent auxiliary pipe A separation pipe 142 having branched portions 142a; The discharge lamp is fixedly disposed in the advanced oxidation treatment tank 120 and positioned in the water filled in the tank 120 and sterilization / disinfection treatment of inhaled substances in the tank 120 by simultaneous generation of ultraviolet and ozone generating wavelengths. 150); Dental suction device, characterized in that provided with a water inlet pipe 161 for the inflow treatment of the water filled in the advanced oxidation tank 120 to the suction pump (110) side. The method of claim 1, An air exhaust 171 connected to the upper end of the advanced oxidation tank 120 to exhaust the odor generated in the tank, and an ozone filter 172 installed on the air exhaust 171 to remove the odor is provided. Dental suction device characterized in that it is provided. The method of claim 1, The advanced oxidation treatment tank 120 is provided with a water level check system (191) on one side of the dental suction device, characterized in that it is provided to check the water level to be filled in the tank from the outside.

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