KR100500951B1 - Apparatus for automatically removing malodor and sterilizing garbage can - Google Patents

Abstract

The present invention relates to a waste disposal apparatus equipped with an odor removal and sterilization function using ozone and anion, the body having an open top for storing garbage, a lid for opening and closing a waste opening in the upper portion of the body, and the inside of the body. Ozone generator for sterilization and deodorization by generating ozone toward the inner space where garbage is stored in the inner cylinder consisting of a funnel installed at the top and the lid of the waste inlet to prevent food waste from being dumped into the plastic. Anion generator for purifying air, a display unit for indicating the operating state of the ozone generator and the negative ion generator, a plastic case for providing a plastic bag for processing the garbage stored in the body, the plastic bag provided in the plastic case To seal after cutting the garbage It consists of a lower door for dumping the plastic bag sealed by the seal cutting unit, the cutting unit consisting of a sealing-frequency heating coil.

Description

Fully Automatic Sterilization Deodorization Garbage Disposer {Apparatus for automatically removing malodor and sterilizing garbage can}

The present invention makes waste collection and disposal easier, and sterilizes perishable garbage by using ozone and anions, thereby suppressing the growth of microorganisms and oxidizing odor generating substances so that no odor is generated. It is about.

Existing trash cans vary in size and shape, and various devices have been developed and used in the opening and closing devices of lids. However, these waste bins are inconvenient to use, unsanitary, have bad odors, or are easily decayed due to decay or deterioration of food wastes, which are easily decayed, and have pests.

In addition, since household waste is a small amount, daily waste is collected and stored after being collected for a certain period of time, rather than being processed on the same day. There is a problem of contaminating indoor air.

In order to solve the above problems, in some cases, the user may take the hassle of installing the plastic bag in the trash bin every time, or reduce the amount after drying the trash at high temperature, but using the heat The problem of high energy consumption and large volume of the garbage can itself has not been solved in that the garbage evaporates moisture.

The present invention has been made to solve the above problems, by miniaturizing and installing ozone and anion generator in the waste disposal apparatus, to prevent the corruption of the garbage and to prevent the generation of bad smell, sealing cutting device for biodegradable vinyl The purpose is to provide a waste disposal apparatus that can clean the waste discharged through.

In order to achieve the above object, a waste disposal apparatus equipped with an odor removal and sterilization function using ozone and anion according to the present invention has an open top body 10 for storing garbage as shown in FIG. Garbage inlet lid 20 that can be opened and closed at the top of the body 10, the inner barrel 30 consisting of a funnel installed on the top so that food waste of garbage dumped inside the body 10 does not adhere to the vinyl and the waste inlet lid Ozone generator 40 for sterilization and deodorization by generating ozone toward the inner space in which the waste in the body is stored, anion generator 50 for purifying indoor air, the ozone generator 40 and the negative ion generator ( The display unit 60 for notifying the operating state of the 50), the plastic cable for providing a plastic bag for processing the waste stored in the body 10 (70), the sealing cut portion 80 consisting of a high-frequency heating wire for cutting and sealing the garbage contained in the plastic bag provided by the plastic case 70, for discarding the plastic bag sealed by the sealing cut portion (80) It consists of a lower door 90.

With reference to the accompanying drawings, the sealing cutting unit for sealing and bonding the garbage contained in the plastic bag of the waste disposal apparatus will be described in detail as follows.

Figure 2 is a view showing a plastic bag sealing cut portion of the automatic sterilization deodorizing garbage disposal apparatus according to the present invention, Figure 3 is a view showing a first sealing cut portion of the sealing cut portion, Figure 4 is a second sealing cut portion of the sealing cut portion The figure which shows. 5 is a flowchart illustrating a process of cutting after sealing the plastic bag. 2 to 5, the sealing cut portion 103 and 104 located in the upper and lower portions for sealing and cutting the plastic bag containing the waste in the waste disposal apparatus as shown in Figure 2;

The first sealing cut portion made of a high frequency hot wire portion 101 including a high frequency hot wire consisting of a vertical double and a high frequency hot wire for cutting the plastic bag in the middle of the high-frequency heating wire of the sealing cutting portion (103,104). 103);

A second sealing cut part 104 installed at a lower portion of the first sealing cut part 103 and including a plastic bag welding part 102 made of a material for welding the plastic bag;

A cassette 118 for mounting a plastic bag located at the center of the first sealing cut part 103 and the second sealing cut part 104;

Two guide rail parts 105 and 106 configured to move the second sealing cut part 104;

A power supply unit including a motor 119 and a solenoid for driving the second sealing cutting part 104 along the guide rail parts 105 and 106;

Drive shafts (107, 108) for moving the second sealing cut portion (104) by power supply of the power supply portion;

The motor 119 power is transmitted to the second sealing cut part 104 by using the gears 109 to 112 connected to the drive shafts 107 and 108 and the belts 113 and 114, and the high frequency hot wire part of the first sealing cut part 103. A second control switch 116 which seals and seals the plastic bag after power is supplied to the 101 to generate heat;

When the second control switch 116 is in contact with the plastic bag fusion portion 102 and the first sealing cut portion 103 of the second sealing cut portion 104 to cut and seal the plastic bag mounted on the cassette 118. The plastic bag containing the waste is fused and cut by the high-frequency heating wire unit 101), and when the contact with the third control switch 117, the motor 119 is operated in the reverse direction, the operation of the second sealing cut 104 First control switch 115 to stop the; Characterized in that consists of.

The first, second, third control switch (115, 116, 117) can be set automatically, and in the automatic setting, when the garbage is filled in the plastic bag mounted on the cassette 118 of the body automatically seals the sealed sealed bag containing the garbage After cutting to cut the garbage through the lower door, characterized in that the power supply is characterized in that for supplying AC power or DC power.

6 and 7, the negative ion generator and the ozone generator will be described in detail. The negative ion generator includes a power supply unit 200 for providing a rated voltage of DC 12V;

A DC / AC inverter 210 by converting DC provided from the power supply unit 200 into AC through a constant current control circuit;

An ultra-high voltage boost generator 220 of a ferrite type having a higher operating efficiency by applying a material having an increased insulation efficiency to the AC converted through the DC / AC inverter 210;

A low current frequency stabilization circuit 230 capable of reducing and stabilizing power consumption of an AC converted through the DC / AC inverter 210 together with the ferrite-type ultra-high voltage step-up generator 220;

A DC converter 240 for generating a DC voltage for generating negative ions through an AC rectifier through the DC rectifier of the ferrite type ultra-high voltage step-up generator 220 and the low current frequency stabilization circuit 230; ;

Carbon fiber (250) for generating anion oxygen through the tens to hundreds of carbon brushes using the DC voltage generated by the DC converter 240; It consists of, the anion in the negative ion generator can produce more than 2,500,000 (-ion / cc).

As shown in FIG. 7, the ozone generator is configured in the same way from the negative ion generator and the power supply unit 200 to the low current frequency stabilization circuit 230, and the AC pulse power passing through the low current frequency stabilization circuit 230. A discharge neon tube 260 for generating ozone through the neon tube; Characterized in that consists of.

As described above, a preferred embodiment according to the present invention has been described, but the present invention is not limited to the above-described embodiment, and the present invention belongs to the present invention without departing from the gist of the present invention as claimed in the following claims. Anyone skilled in the art will have the technical spirit of the present invention to the extent that various modifications can be made.

By using the plastic seal cutting unit of the waste disposal apparatus according to the present invention, not only can the waste disposal apparatus be used cleanly, but also when the waste is discarded, only the sealed plastic bag can be lifted out of the waste disposal apparatus without taking out one by one. A convenient, discarded plastic bag is a special vinyl material that is biodegradable, and has an effect of preventing environmental pollution by using an eco-friendly material that does not emit dioxin upon incineration.

In addition, it prevents unsanitary conditions such as odors and rot leaks caused by corruption in conventional waste bins installed in homes or public places through anion generators and ozone generators, and minimizes the size of the waste disposal equipment to be used in various fields. It can be effective.

1 is a perspective view of the full automatic sterilization deodorization garbage treatment apparatus according to the present invention.

Figure 2 is a view showing the sealing cut portion of the automatic sterilization deodorizing garbage disposal apparatus according to the present invention.

Figure 3 is a flow chart illustrating a cutting process after the plastic seal adhesion of the automatic sterilization deodorizing garbage disposal apparatus according to the present invention. Figure 4 is a view showing a first sealing cut portion of the sealing cut according to the present invention. Figure showing a second sealing cut out of the cut.

Figure 6 is a block diagram showing an anion generator according to the present invention.

7 is a block diagram showing an ozone generator according to the present invention.

*** Explanation of symbols for main parts of drawing ***

DESCRIPTION OF SYMBOLS 10 Body 20 Garbage inlet lid 30 Inner cylinder 40 Ozone generator 50 Anion generator 60 Display part 70 Plastic case 80 Seal cutting part 90 Lower door 101 High frequency heating part 102 Plastic bag fusion | melting part

103, 104: 1st, 2nd sealing cut 105, 106: guide rail

107, 108: drive shaft 109 ~ 112: gear

113, 114: belt 115 ~ 117: 1st, 2nd, 3rd control switch

118: cassette 119: motor 200: power supply 210: DC / AC inverter 220: ferrite type ultra-high voltage step-up generator 230: low current frequency stabilization circuit 240: DC converter 250: carbon fiber 260: emitting neon tube

Claims (4)

In the waste disposal apparatus equipped with the odor removal and sterilization function using ozone and anion, A body 10 having an upper end open to receive the garbage; A garbage inlet lid 20 which can be opened and closed at an upper portion of the body 10; An inner barrel 30 formed of a funnel installed on an upper portion of the waste dumped inside the body 10 to prevent food waste from getting into the vinyl; An ozone generator (40) for sterilizing by generating ozone toward an internal space in which the waste in the body (10) is received and installed in the lid of the garbage inlet (20) and anion generator (50) for purifying indoor air; A display unit 60 which informs the operation of the ozone generator 40 and the negative ion generator 50; A plastic case (70) for providing a plastic bag for processing the garbage stored in the body (10); Sealing cutting portion 80 located in the upper and lower portions for sealing and bonding the garbage contained in the plastic bag provided by the plastic case 70; The first sealing cut part made of a high frequency hot wire unit 101 including a high frequency hot wire composed of an upper and lower double sealing and bonding the plastic bag of the sealing cut portion 80 and a high frequency hot wire for cutting the plastic bag in the middle of the high frequency hot wire ( 103); A second sealing cut part 104 installed at a lower portion of the first sealing cut part 103 and including a plastic bag welding part 102 made of a material for welding the plastic bag; A cassette 118 for mounting a plastic bag located at the center of the first sealing cut part 103 and the second sealing cut part 104; Two guide rail portions 105 and 106 configured to move the second sealing cut portion 104; A power supply unit including a motor 119 and a solenoid for driving the second sealing cutting part 104 along the guide rail parts 105 and 106; Drive shafts (107, 108) for moving the second sealing cut portion (104) by power supply of the power supply portion; The motor 119 power is transmitted to the second sealing cut part 104 by using the gears 109 to 112 connected to the drive shafts 107 and 108 and the belts 113 and 114, and the high frequency hot wire part of the first sealing cut part 103. A second control switch 116 for sealing and bonding the plastic bag after power is supplied to the 101 to generate heat; When the second control switch 116 is in contact with the plastic bag fusion portion 102 and the first sealing cut portion 103 of the second sealing cut portion 104 to cut and seal the plastic bag mounted on the cassette 118. The plastic bag containing the waste is fused and cut by the high-frequency heating wire unit 101), and when the contact with the third control switch 117, the motor 119 is operated in the reverse direction while the second sealing cut 104 is operated. The first control switch 115 to stop the; A lower door 90 for discarding the plastic bag sealed by the sealing cut part 80; Fully automatic sterilization deodorization garbage disposal device. delete The method of claim 1, The negative ion generator includes a power supply unit 200 for providing a rated voltage of DC 12V; A DC / AC inverter 210 by converting DC provided from the power supply unit 200 into AC through a constant current control circuit; An ultra-small high voltage step-up generator 220 of a ferrite type that improves operation efficiency by applying a material having an increased insulation efficiency to the AC converted through the DC / AC inverter 210; A low current frequency stabilization circuit 230 capable of reducing and stabilizing power consumption of an AC converted through the DC / AC inverter 210 together with the ferrite-type ultra-high voltage step-up generator 220; A DC converter 240 for generating a DC voltage for generating negative ions through an AC rectifier through the DC rectifier of the ferrite type ultra-high voltage step-up generator 220 and the low current frequency stabilization circuit 230; ; Carbon fiber (250) for generating anion oxygen through the tens to hundreds of carbon brushes using the DC voltage generated by the DC converter 240; Fully automatic sterilization deodorizing garbage treatment device, characterized in that consisting of. The method of claim 1, The ozone generator includes a power supply unit 200 for providing a rated voltage of DC 12V; A DC / AC inverter 210 by converting DC provided from the power supply unit 200 into AC through a constant current control circuit; An ultra-small high voltage step-up generator 220 of a ferrite type that improves operation efficiency by applying a material having an increased insulation efficiency to the AC converted through the DC / AC inverter 210; A low current frequency stabilization circuit 230 capable of reducing and stabilizing power consumption of an AC converted through the DC / AC inverter 210 together with the ferrite-type ultra-high voltage step-up generator 220; An emission neon tube 260 for generating ozone through the neon tube through an alternating current pulse power source of the ferrite-type ultra-high voltage step-up generator 220 and the low current frequency stabilization circuit 230; Fully automatic sterilization deodorizing garbage treatment device, characterized in that consisting of.