KR20100058090A - Sterilizing and treating apparatus for localized region - Google Patents

Abstract

PURPOSE: A localized region disinfection and treatment apparatus is provided, which blocks inflammation recurrence completely without pain. CONSTITUTION: A localized region disinfection and treatment apparatus comprises: a main body member(200) in which the interior pipe and outer pipe lie one upon another; and a hand piece unit(100) connected through the main body member and cable member(130). The tip-end part of the interior pipe is protruded more than the tip-end part of the outer pipe at the regular length. The ozone of the low concentration and low temperature plasma gas are flown out through the interior pipe hole of the interior pipe.

Description

Topical disinfection and treatment device {STERILIZING AND TREATING APPARATUS FOR LOCALIZED REGION}

The present invention relates to a device capable of disinfecting and treating a local part of a human body, and more particularly, to a local part of a human body (a patient), that is, skin inflammation, teeth, otitis media, etc. By allowing to disinfect and treat using, to prevent the inflammatory recurrence completely without pain, the leaked ozone gas is immediately recovered and treated to ensure local safety and disinfection and treatment device.

In general, in the treatment of localized areas such as inflamed or necrotic skin, inflammation is caused by the problem of immunity against antibiotics when using conventional injection therapy or drug treatment.

In particular, in the dental field, when an infection or periodontal disease causes inflammation in the affected area, the implant or other instruments are inserted after removal, and an effective method for removing the inflammation occurring in the affected area. In most cases, treatment is being performed in parallel with drug therapy.

Therefore, such a treatment method is a situation that the problem for the inflammation treatment by the existing bacteria or other bacteria after implant or instrument insertion has emerged.

In addition, in the case of ear otitis media, the use of far-infrared pain relief or drug treatment and injection therapy as described above is used rather than a direct treatment for inflammation treatment.

The present invention has been made under the above-mentioned background, and an object of the present invention is to disinfect and treat localized lesions of the human body (patient), that is, skin inflammation, teeth, otitis media, etc., using a low concentration of ozone and cold plasma gas. It is possible to completely prevent inflammatory recurrences without pain, and at the same time, to recover and immediately treat the leaked ozone gas, thereby providing a local site disinfection and treatment device that ensures safety.

The present invention for achieving the above object, the inner tube and the outer tube is configured in a double form, the front end portion of the inner tube is configured to protrude a predetermined length more than the front end portion of the outer tube, A low pressure ozone and a low temperature plasma gas generated from the main body are discharged through the inner tube, and at the same time, the handpiece unit is formed to be sucked through the outer tube of the outer tube and to be recovered to the main body; The handpiece part and the main body are connected to each other, and a double cable structure includes an outer cable and an inner cable, and the outer cable hole is connected to the outer hole of the handpiece part, and the inner cable hole is the handpiece part. A cable part of a flexible material connected to the inner tube and configured to penetrate each other; An external air filter for removing dust from the air flowing from the outside of the main body, a first vacuum pump connected to the external air filter and an air filter inside the main body, and introducing and discharging air, and generating a low temperature plasma to generate the inside of the cable part. Low temperature plasma generator to discharge to the cable hole, low concentration ozone generator to generate low concentration of ozone to the cable inner hole of the cable, and foreign substances contained in ozone and plasma gas flowing from the cable hole of the outer cable First ozone decomposition for decomposing the foreign matter removal filter, the humidity filter for removing the moisture contained in the air introduced through the foreign material removal filter, the first ozone decomposition for decomposing ozone contained in the air introduced through the humidity filter To clean the air flowing through the apparatus and the first ozone decomposer. It is characterized by consisting of a main body portion including a control unit for controlling the overall operation of the device and the air filter for filtering neatly.

The present invention can use a low concentration of ozone and low temperature plasma to painlessly disinfect and treat localized areas of patients.

In addition, the present invention can achieve an optimal treatment efficiency by changing the concentration of ozone according to the affected (inflammatory) state of the patient to disinfect and treat.

In addition, the present invention is designed to generate a low-temperature plasma and ozone only for a certain time and automatically stop, it can be conveniently used by the user using the device.

In addition, the present invention is a useful invention in which there are no antibiotics or other accumulated substances in humans, so that there is no problem of using existing drugs or antibiotics.

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

1 is a block diagram of a topical disinfection and treatment apparatus according to an embodiment of the present invention.

As shown, the topical disinfection and treatment device of the present invention is largely composed of a main body 200, the handpiece 100 is connected through the main body 200 and the cable 130.

First, the handpiece 100 is a dental handpiece according to an embodiment of the present invention, specifically, the inner tube 110 and the outer tube 120 overlap with each other as shown in FIG. 2. It is configured in the form, the front end of the inner tube 110 is configured to protrude a predetermined length more than the front end of the outer tube (120).

The handpiece 100 has a low concentration of ozone and low-temperature plasma gas is generated from the main body 200 through the inner tube hole 111 of the inner tube 110, the ozone and the plasma gas flows out of the human body The local area of the affected area, that is, the teeth around the disinfection and treatment, and at the same time is sucked through the outer tube 121 of the outer tube 120 is a structure that is recovered to the body 200.

 In addition, between the handpiece 100 and the main body 200 is interposed a cable portion 130 of a flexible material for connecting them to each other, the structure of the cable portion 130 also has a double cable structure, the outer cable ( 131, and the inner cable 133, the outer cable tube hole 132 is connected to the outer tube 121 of the handpiece 100, the inner cable tube 134 is the inner tube 111 and It is connected and configured to penetrate each other.

The main body 200,

A first vacuum pump for introducing air through the external air filter 210 for removing dust in the air flowing from the outside of the main body, and the air filter 280 inside the main body and forcibly discharging it. 220, a low temperature plasma generator 230 for generating a low temperature plasma to flow out to the inner cable hole 134 of the cable unit 130, and a low concentration ozone to generate the inner cable hole of the cable unit 130 Low concentration ozone generator 240 to be discharged to 134, and foreign matter removal filter 250 for removing foreign substances contained in ozone and plasma gas flowing from the outer cable pipe 132 of the cable unit 130 and , A humidity filter 260 for removing moisture contained in the air introduced through the foreign matter removing filter 250 and a first for decomposing ozone contained in the air introduced through the humidity filter 260. Five And a zone filter 270 and an air filter 280 to cleanly filter the air introduced through the first ozone analyzer 270,

Control unit 310 for controlling the overall operation of the device, external ozone sensor 311 for detecting ozone of the outside air of the main body, operation start and end keys, various function switches, and displays the operation status at the same time The touch screen 312, the voice output unit 313 for notifying the voice at the start or end of operation, the handpiece ozone detection sensor 314 for detecting the ozone amount of the handpiece 100, the control unit ( The concentration control unit 315 for adjusting the concentration of ozone output from the low concentration ozone generator 240 by the output control of the 310, and decomposes the ozone contained in the air introduced by introducing external air into the body It includes a second ozone decomposition device (320).

Here, the second ozone decomposing device 320 is a blowing fan 321 for forcibly introducing and discharging the outside air into the main body 200, and the first filter for filtering the air introduced from the blowing fan 321 First filter 322, the ozone decomposition filter 323 for decomposing ozone contained in the air flowing out through the first filter 322, and the air discharged through the ozone decomposition filter 323, secondary filtering The second filter 324 to flow back to the outside of the main body 200.

In addition, the first ozone decomposing device 270 is also composed of the same components as the second ozone decomposing device 320.

In addition, the air filter 280 includes a carbon filter, a dust filter and a hepa filter to sterilize bacteria contained in the air discharged through the ozone decomposing device 270.

In addition, according to the present invention, by further configuring a second vacuum pump 290 at one end of the air filter 280, to separate the suction operation and the exhaust operation to increase the efficiency.

That is, the second vacuum pump 290 connected to the air filter 280 serves to recover the gas from the handpiece part 100, and the first vacuum pump 220 is blocked from the air filter 280 to allow the gas to be recovered. Only the role of supplying gas to the handpiece 100 will be in charge.

In the present invention configured as described above, the handpiece 100 may be variously configured to correspond to a dental handpiece as well as a dermatologist or an otolaryngologist.

First, another embodiment of a dental handpiece 100 is shown in FIGS. 3A and 3B.

As shown in FIG. 3A, the bent portion 110A is formed by bending the front end portion of the inner piece 110 of the handpiece 100 at an angle (eg, 90 °).

This is to provide convenience in use depending on the location of the treatment area during tooth or gum disinfection treatment in the mouth.

Figure 3b is to form the tip portion (110B) formed thinner and longer toward the front end of the inner tube 110 of the handpiece part (100).

In addition, Figure 3c is a dermatological handpiece portion, in this case the outer tube 410 is configured to protrude out of a predetermined length than the inner tube 420, the front end portion 412 of the outer tube 410 to the treatment site When in close contact, the ozone and the low temperature plasma disinfecting gas provided through the inner tube 421 are in contact with the affected part and simultaneously recovered through the outer tube 411.

In addition, although not shown, the handpiece portion for an otorhinolaryngology may have a configuration similar to that of the dental or dermatological handpiece portion.

Hereinafter, the operation of the topical disinfection and treatment device of the present invention configured as described above will be described.

First, when power is applied to the local area disinfection and treatment apparatus and inputs an operation start key provided in the touch screen 312, the controller 310 outputs a voice message informing of the operation start through the voice output unit 313. do.

The controller 310 drives the first vacuum pump 220, the low temperature plasma generator 230, the low concentration ozone generator 240, and the first ozone decomposer 270. Accordingly, air is introduced from the external air filter 210, and the air is introduced into the low temperature plasma generator 230 and the low concentration ozone generator 240 via the first vacuum pump 220, and the low temperature plasma generator ( 230 generates a low temperature plasma, the low concentration ozone generator 240 generates a low concentration of ozone to flow out to the inner cable hole 134 of the inner cable 133.

The low concentration ozone gas and the low temperature plasma gas introduced through the inner cable 133 are discharged to the outside through the inner tube 110 of the handpiece 100.

At this time, the gas discharged through the handpiece 100 is to disinfect and treat the affected area of the patient.

Here, the low-temperature plasma and the low concentration ozone gas discharged through the inner tube 111 of the handpiece part 100 and then contacting the affected part are sucked into the outer tube 121 of the outer tube 120 and recovered, and the outer cable Through the outer cable hole 133 of 131 is introduced into the filter 250 for removing foreign matter.

After the foreign substance is removed, the disinfecting gas introduced into the foreign substance removing filter 250 passes through the humidity filter 260 to remove moisture, and the disinfecting gas passed through the humidity filter 260 is a first ozone decomposing device ( 270), the ozone contained in the gas is decomposed.

The air that has passed through the first ozone decomposing device 270 is filtered through clean air through the air filter 280 and then performs a circulation operation introduced into the first vacuum pump 220.

By such a series of operations, the handpiece part 100 continues to generate a low concentration ozone gas and a low temperature plasma for disinfection and treatment of the affected part and simultaneously recover the same.

In addition, the control unit 210 can adjust the concentration of the ozone output from the low concentration ozone generator 240 through the concentration control unit 315.

This function is to maximize the therapeutic effect by subtracting the concentration of ozone according to the condition of the affected area.

In addition, the control unit 210 has a built-in timer function, so that the operator can perform the disinfection and treatment operations on the affected area only for a predetermined time set through the touch screen 312.

The controller 310 detects the amount of ozone outside the main body 200 from the external ozone sensor 311, and when ozone is generated, drives the second ozone decomposing device 320 to cause ozone contained in the outside air of the main body. Disassemble it.

At this time, when the blowing fan 321 is driven, external air is forced into the main body 200. The air forcedly introduced through the blower fan 321 is first filtered through the first filter 322, and ozone included in the air introduced through the ozone decomposition filter 323 is decomposed. The air discharged through the ozone decomposition filter 323 is filtered again through the second filter 324, and then flows out again.

In addition, the control unit 310 detects the amount of ozone in the vicinity of the handpiece 100 from the handpiece ozone detection sensor 314 and controls the first ozone decomposing device 270 to prevent ozone detection.

When the driving end key is pressed through the touch screen 312, the controller 310 outputs a voice message notifying the end of driving through the voice output unit 313, and then stops driving.

1 is a block diagram of a topical disinfection and treatment device according to an embodiment of the present invention,

Figure 2 is a detailed configuration of the dental handpiece and cable according to an embodiment of the present invention,

3A is another embodiment of the handpiece of FIG.

3b is another embodiment of the handpiece of FIG.

3C is another embodiment of the handpiece of FIG. 2.

<Description of the symbols for the main parts of the drawings>

100: handpiece portion 110: inner shaft tube

111: inner tube 120: outer tube

121: outer tube 130: cable section

131: outer cable 132: outer gable hole

133: inner cable 134: inner cable pipe

200: main body 210: external air filter

220: first vacuum pump 230: low temperature plasma generator

240: low concentration ozone generator 250: filter for removing foreign substances

260: humidity filter 270: first ozone decomposing device

280: air filter 290: second vacuum pump

310: control unit 311: external temperature sensor

312: touch screen 313: audio output unit

314: handpiece temperature sensor 315: concentration control unit

320: second ozone decomposing device

Claims (11)

The inner tube and the outer tube are formed in a double form, and the front end portion of the inner tube is configured to protrude a predetermined length more than the front end portion of the outer tube, and through the inner tube of the inner tube of low concentration generated from the main body A handpiece portion configured to allow the ozone and the low temperature plasma gas to flow out, and at the same time be sucked through the outer tube of the outer tube and recovered to the main body; The handpiece part and the main body are connected to each other, and a double cable structure includes an outer cable and an inner cable, and the outer cable hole is connected to the outer hole of the handpiece part, and the inner cable hole is the handpiece part. A cable part of a flexible material connected to the inner tube and configured to penetrate each other; And An external air filter for removing dust from the air flowing from the outside of the main body, a first vacuum pump connected to the external air filter and an air filter inside the main body, and introducing and discharging air, and generating a low temperature plasma to generate the inside of the cable part. Low-temperature plasma generator for outflow to the cable hole, low-concentration ozone generator for generating low concentration ozone and outflow to the inner cable hole of the cable part, and foreign substances contained in ozone and plasma gas flowing from the outer cable hole of the cable part First ozone decomposition for decomposing the foreign matter removal filter, the humidity filter for removing the moisture contained in the air introduced through the foreign material removal filter, the first ozone decomposition for decomposing ozone contained in the air introduced through the humidity filter To clean the air flowing through the device and the first ozone decomposing device. A local site disinfection and treatment apparatus comprising a main body including a control unit for controlling the overall operation of the device and the air filter to cleanly filter. The method of claim 1, The main body includes an external ozone detection sensor for detecting ozone of the air outside the main body, operation start and end keys, various function switches, and a touch screen for displaying the operation status, and a voice at the start or end of operation. Local site disinfection and treatment device characterized in that it further comprises a voice output unit. The method of claim 1, Local body disinfection and treatment apparatus further comprises a concentration control unit for adjusting the concentration of the ozone output from the low concentration ozone generator by the output control of the control unit. The method of claim 1, The body portion disinfecting and treating local site further comprises a second ozone decomposing device for decomposing ozone contained in the introduced air by introducing outside air into the body. The method of claim 1, Local disinfection and treatment device further comprises a handpiece ozone detection sensor for detecting the amount of ozone in the handpiece portion. The method of claim 1, The air filter is a topical disinfection and treatment device comprising a carbon filter, dust filter and hepa filter to sterilize bacteria contained in the air. The method of claim 1, A second vacuum pump is further configured at one end of the air filter to separate the suction operation and the exhaust operation. The method of claim 1, The handpiece part is a local site disinfection and treatment device characterized in that it further formed a bent portion bent at a predetermined angle of the inner tube. The method of claim 1, The handpiece part is a topical disinfection and treatment device, characterized in that further formed by forming the tip of the inner tube is thinner and longer. The method of claim 1, The handpiece portion is configured such that the outer tube protrudes out of a predetermined length than the inner tube, and when the tip of the outer tube is in close contact with the treatment site, ozone and low temperature plasma disinfectant gas provided through the inner tube contact the affected part and at the same time through the outer tube. Topical disinfection and treatment device, characterized in that configured to be recovered. The method of claim 1, The control unit is a local site disinfection and treatment device, characterized in that the built-in timer function to perform the disinfection and treatment operations on the affected area for a predetermined time.

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