KR102574971B1 - Microbial Fermentation Food Processor Having An Oxidation Catalyst Deodorization Structure - Google Patents

Abstract

Disclosed is a microbial fermentation food processor having an oxidation catalyst deodorization structure. The microbial fermentation food processor according to an embodiment of the present invention comprises: a housing which has a first chamber capable of accommodating food wastes formed therein and a second chamber formed in a space which is separated by a partition wall from the first chamber and communicated via a through-hole, and mounts a sealing lie on an opened surface of an upper part in the first chamber; a deodorizing and purifying unit which is mounted on the second chamber formed inside the housing, and has an oxidation catalyst deodorization structure mounted therein to suck and purify contaminated gas and odor generated from the first chamber and emit the same to the outside; an agitating unit which is mounted inside the first chamber of the housing to be able to rotate and mixes the food wastes accommodated in the first chamber with microorganisms; and an operational panel which is mounted on one side of an upper part of the housing and has a structure of receiving a control signal of a user and outputting an operation state. According to the present invention, the microbial fermentation food processor can be provided, wherein the processor can stably eliminate contaminated gas and odors generated inside a food processor having a microorganism culturing technology applied, and emit purified air to ensure indoor air hygiene of a general household.

Description

Microbial Fermentation Food Processor Having An Oxidation Catalyst Deodorization Structure}

The present invention relates to a microbial fermentation food processor, and more particularly, to an oxidation catalyst deodorization structure capable of stably removing polluted gas and odor generated during the process of decomposing food inside the food processor and discharging purified air. It relates to a microbial fermentation food processor comprising

Food waste is continuously increasing due to population growth, improvement of living conditions, and high-end dietary life, and this is recognized as one of the representative factors of environmental pollution. Food waste from households or businesses contains solids, and when discarded in a sink, the sink's sink and drains connected thereto are clogged, severely decomposed, and bad smells are generated. In addition, when the solids and moisture of the food waste flow into the sewer as it is, it causes water pollution.

With the introduction of the volume-based food waste rate system, reducing the amount of food waste has emerged as a major concern for households and businesses. Conventionally, solids contained in food waste are filtered through a drain sieve of a sink and then put in a garbage bag or the like to be landfilled or incinerated. This treatment method imposes a burden on households and businesses in terms of cost, and also burdens countries that have to treat the discharged food waste by incineration or landfill. In order to solve this problem, a food waste disposal device has been proposed.

Republic of Korea Patent Registration No. 10-0358442 (Registered on October 14, 2002) proposes a food waste disposal device that crushes and dries food waste through a screw conveyor-type transport means driven by the operation of a speed reduction motor. . However, such a food waste disposal device adopts a screw method having a complicated configuration, and thus manufacturing cost is high. Therefore, it is unreasonable to use it in an ordinary household, and especially in the case of a small amount of food waste, it is inconvenient to use.

Such a crushing-oriented food waste disposal apparatus has a limitation because it cannot satisfy the condition of 20% or less of solid content, which is a discharge standard for food waste disposal by the Ministry of Environment. In addition, in such a food waste disposal device, odors from untreated food waste flow back to the kitchen. Since the residue of food waste is discharged through the sewer, there are problems in causing environmental pollution, clogging of the drain pipe, secondary pollution, and the like.

In order to solve this problem, a food waste disposal machine that can be used at a relatively low operating cost has been developed and widely used in general households.

In the case of a food waste disposer according to the prior art, a structure in which food waste stored therein is decomposed and treated using microorganisms, has a problem in that polluted gas and odor are discharged to the outside.

In order to solve this problem, many attempts have been made, such as installing a separate part that absorbs and removes polluted gas and odor, but the effect is not great.

In addition, in the case of the food waste disposer according to the prior art, polluted gas and odor generated inside are diffused in an indoor space where it is installed and operated, thereby impairing indoor air hygiene.

Therefore, there is a need for a technique capable of solving the above-mentioned problems according to the prior art.

Korean Registered Patent Publication No. 10-0358442 (registration date: October 14, 2002)

An object of the present invention is to ferment microorganisms that can stably remove polluted gas and odor generated inside a food processor to which microbial culture technology is applied and ensure indoor air hygiene at home by discharging purified air. It is to provide a food processor.

In order to achieve this object, a microbial fermentation food processor including an oxidation catalyst deodorizing structure according to an aspect of the present invention has a first chamber capable of accommodating food waste therein, and is separated from the first chamber by a partition wall. a housing to form a second chamber in a space communicated by the through-hole and to mount a sealing lid on an upper open surface of the first chamber; a deodorization and purifying unit installed in the second chamber formed inside the housing and having an oxidation catalyst deodorizing structure installed therein that absorbs and purifies polluted gas and odor generated from the first chamber, and then discharges them to the outside; an agitator mounted rotatably inside the first chamber of the housing and mixing the food waste stored in the first chamber with microorganisms; and a control panel unit mounted on one side of an upper portion of the housing, receiving a user's control signal, and outputting an operating state.

In one embodiment of the present invention, the deodorization unit is mounted inside the second chamber, and an enclosed space in which air is introduced from a through hole communicating the first chamber and the second chamber and then discharged to the other side. Forming a purification body portion of a structure that partitions a plurality of spaces in the form of communicating; a heater unit installed in a space adjacent to the through-hole of the purification main body and configured to evaporate moisture by heating the air introduced through the through-hole; A brass deodorizing unit that is spaced apart from the rear of the heater unit at a predetermined interval and is equipped with two sheets of mesh structure plate-shaped brass netting spaced apart at a predetermined interval and deodorizes the air passing through the heater unit; An ammonia gas adsorption unit having a structure filled with a plurality of spheres molded by mixing powdered Fe-zeolite and a molding aid and mounted to occupy a predetermined space adjacent to the rear of the brass deodorizing unit; a carbon deodorizing unit having a first carbon deodorizing unit with a predetermined thickness mounted adjacent to the rear of the ammonia gas adsorbing unit and a second carbon deodorizing unit mounted to form a predetermined space spaced apart from the first carbon deodorizing unit by a predetermined distance; Charcoal deodorizing units filled in the space formed by the first carbon deodorizing unit and the second carbon deodorizing unit of the carbon deodorizing unit, and having a structure of a plurality of compressed charcoal pellets composed of pine charcoal and palm tree charcoal; an ultraviolet sterilization unit installed adjacent to the rear of the second carbon deodorizing unit and sterilizing and disinfecting the air by irradiating UV-C to the air passing through the second carbon deodorizing unit; and an air outlet formed on the other side of the purification body and discharging purified air through an outlet formed on a lower side of one side of the housing.

In one embodiment of the present invention, the deodorization and purification unit has a structure that is opened and closed from one side of the purification main body to the outside through a side surface of the housing, and a plurality of spheres filled in the ammonia gas adsorption unit are drawn out or reclaimed. A first inspection opening/closing unit having a structure that can be filled; and a second inspection opening/closing unit having a structure that is opened and closed from the other side of the purification main body to the outside through a side surface of the housing and capable of withdrawing or refilling a plurality of compressed charcoal filled in the charcoal desorption unit to the outside. It may be a configuration that

In one embodiment of the present invention, the deodorization unit includes a plurality of rotary blades mounted so as to be rotatably operable inside the purification body unit and rotating by mounting rotational shafts on the upper and lower surfaces of the ammonia gas adsorption unit. an adsorption induction rotation unit that has a structure and stirs a plurality of spheres filled in the ammonia gas adsorption unit by a rotation operation; and a washing spray nozzle mounted on an upper end of the adsorption induction rotating unit and having a structure injecting a washing liquid supplied from the outside downward to remove ammonia absorbed in a plurality of spheres.

In one embodiment of the present invention, the deodorization unit is mounted between the second carbon deodorization unit and the ultraviolet sterilization unit, and has a hollow cylinder structure extending in the direction of the second carbon deodorization unit and the ultraviolet sterilization unit, A rotating cylinder having a structure that rotates to form a rotating vortex while flowing the air that has passed through the carbon deodorizing unit to the ultraviolet sterilization unit; a rotation support tube having a hollow cylindrical structure surrounding the rotation cylinder and rotatably mounting the rotation cylinder therein; Rotating protrusions formed on the outer circumferential surface of the rotating cylinder at regular intervals and rotating the rotating cylinder by the pressing force of the OH radical mist injected between the rotating cylinder and the rotating support cylinder; An inner injection tube that is formed adjacent to the OH radical mist receiving surface of the rotating protrusion and flows the OH radical mist injected between the rotating cylinder and the rotating support cylinder into the inner hollow space. nine; and an injection nozzle mounted on the upper part of the purification main body and injecting OH radical mist supplied from the outside between the rotary cylinder and the rotary support cylinder with a pressure of a predetermined size.

In one embodiment of the present invention, the housing has a structure that can receive and accommodate food waste from an upper open surface, has a structure that forms a gently curved structure downward, and has an antibacterial material applied to the inner surface. a first chamber of the structure; an airtight lid having a detachable plate-like structure on the upper open surface of the first chamber, a structure for sealing the inside of the first chamber, and having an antibacterial substance applied to the inner surface; a temperature maintaining unit mounted inside the housing and heating the interior of the first chamber to maintain the temperature within a predetermined temperature range according to a control signal input from the operation panel unit; a second chamber formed in a space between one side of the first chamber and one side of the housing and having a structure to receive therein air delivered from a through hole formed in an upper part of the first chamber; an opening/closing unit mounted on one side of an upper end of the housing in a hinge structure capable of being opened and closed, and covering upper surfaces of the first chamber and the second chamber in a form that covers and seals them together; and outlets formed at a lower portion of one side of the housing at a predetermined distance from each other and discharging purified air from the deodorization unit mounted in the second chamber to the outside.

In one embodiment of the present invention, the stirring unit, the rotating support mounted in a structure facing each other on both sides of the inner side of the first chamber; a rotation drive unit mounted inside the housing adjacent to the rotation support unit and driven by a control signal input from the operation panel unit; And a stirring blade mounted on the rotational support, having a circular rod-shaped structure that rotates by a rotational driving force transmitted from the rotational driving unit, and having a plurality of mixing projections spaced apart from the outer circumferential surface in an integrated structure. .

As described above, according to the microbial fermented food processor of the present invention, by having a housing, deodorization and purification unit, stirring unit and operation panel having a specific structure, the contaminated gas and It is possible to provide a microbial fermented food processor capable of stably removing odors and ensuring indoor air hygiene in general households by discharging purified air.

In addition, according to the microbial fermented food processor of the present invention, deodorization and purification including a specific structure of the purification body part, heater part, brass deodorizing part, ammonia gas adsorption part, carbon deodorizing part, charcoal deodorizing part, ultraviolet sterilization part and air outlet A microbial fermented food processor capable of stably removing polluted gas and odor generated from the inside of a food processor to which microbial culture technology is applied, and guaranteeing indoor air hygiene at home by discharging purified air. can provide.

In addition, according to the microbial fermented food processor of the present invention, the ammonia gas adsorption unit installed inside the deodorization purification unit according to the use period and condition of the microbial fermented food processor by having a first inspection opening and closing unit and a second inspection opening and closing unit having a specific structure. and charcoal deodorizer can be easily inspected and managed, thereby stably removing polluted gas and odor generated from the inside of the food processor with microbial culture technology, and improving indoor air hygiene by discharging purified air. It is possible to provide a microbial fermentation food processor that can be guaranteed.

In addition, according to the microbial fermented food processor of the present invention, by providing an adsorption induction rotation unit and a washing spray nozzle of a specific structure inside the ammonia gas adsorption unit, it is possible to improve adsorption efficiency by stirring a plurality of spheres during purification operation, and the operator It is possible to easily wash and treat a number of spheres according to the intention of the product, so that it can be easily inspected and managed, so that contaminated gas and odor generated inside the food processor to which microbial culture technology is applied can be stably removed, and purified By discharging air, it is possible to provide a microbial fermentation food processor capable of ensuring indoor air hygiene at home.

In addition, according to the microbial fermented food processor of the present invention, by providing a deodorization and purification unit including a rotating cylinder of a specific structure, a rotating support cylinder, a rotating protrusion, an inner injection tube, and an injection nozzle, a vortex is generated in the air passing through the charcoal deodorization unit. At the same time as forming, the OH radical mist can be sprayed to remove the odor again, and as a result, the contaminated gas and odor generated inside the food processor to which the microbial culture technology is applied can be removed more stably, and the purified air can be It is possible to provide a microbial fermentation food processor capable of ensuring indoor air hygiene in general households by discharging.

1 is a longitudinal sectional view showing a food waste disposal apparatus according to the prior art.
2 is a photograph showing a microbial fermentation food processor according to an embodiment of the present invention.
FIG. 3 is a photograph showing a state in which the opening/closing part and the airtight lid of the microbially fermented food processor shown in FIG. 2 are opened.
FIG. 4 is a photograph showing the inside of the microbial fermentation food processor shown in FIG. 3 .
FIG. 5 is a photograph showing the rear side of the microbial fermentation food processor shown in FIG. 2 .
6 is a photograph showing a deodorizing unit mounted in a microbially fermented food processor according to an embodiment of the present invention.
FIG. 7 is a side view showing a longitudinal cross-section of only a portion of the interior of the housing from the side of the microbially fermented food processor shown in FIG. 2;
FIG. 8 is a longitudinal cross-sectional view illustrating the deodorization unit shown in FIG. 6 .
9 is a longitudinal cross-sectional view showing an ammonia gas adsorbing unit and a charcoal deodorizing unit in the deodorizing unit shown in FIG. 8 .
10 is a longitudinal cross-sectional view showing a deodorizing unit according to another embodiment of the present invention.
11 is a longitudinal cross-sectional view showing a deodorizing unit according to another embodiment of the present invention.
FIG. 12 is a partially enlarged view showing only the rotating cylinder, the rotating support cylinder, the rotating protrusion, the inner spray pipe hole, and the injection nozzle of the deodorization unit shown in FIG. 11 .

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the drawings. Prior to this, terms or words used in this specification and claims should not be construed as limited to ordinary or dictionary meanings, but should be interpreted as meanings and concepts consistent with the technical spirit of the present invention.

Throughout this specification, when a member is said to be located “on” another member, this includes not only a case where a member is in contact with another member, but also a case where another member exists between the two members. Throughout this specification, when a certain component is said to "include", it means that it may further include other components without excluding other components unless otherwise stated.

FIG. 2 is a photograph showing a microbially fermented food processor according to an embodiment of the present invention, and FIG. 3 is a photograph showing a state in which the opening and closing portion and the airtight lid of the microbially fermented food processor shown in FIG. 2 are opened. 4 shows a picture showing the inside of the microbial fermentation food processor shown in FIG. 3, FIG. 5 shows a picture showing the back of the microbial fermentation food processor shown in FIG. 2, and FIG. 6 shows this A photograph showing a deodorization and purification unit installed in a microbially fermented food processor according to an embodiment of the present invention is shown.

Referring to these drawings, the microbially fermented food processor 100 according to the present embodiment includes a housing 110 having a specific structure, a deodorizing unit 120, a stirring unit 130, and an operation panel unit 140. To provide a microbial fermented food processor capable of stably removing polluted gas and odor generated from the inside of the food processor to which microbial culture technology is applied and ensuring indoor air hygiene at home by discharging purified air. can

Hereinafter, each component constituting the microbially fermented food processor 100 according to the present embodiment will be described in detail with reference to the drawings.

FIG. 7 is a side view of the microbial fermentation food processor shown in FIG. 2 by longitudinally processing only a portion of the interior of the housing, and FIG. 8 is a longitudinal cross-sectional view of the deodorizing unit shown in FIG. 6 . 9 is a longitudinal cross-sectional view showing an ammonia gas adsorption unit and a charcoal deodorization unit in the deodorization and purification unit shown in FIG. 8.

2 to 9, the housing 110 according to the present embodiment has a first chamber 110a capable of accommodating food waste therein, separated from the first chamber 110a by a partition wall, The second chamber 110b is formed in a space communicated by the through hole 111, and the sealing lid 112 is mounted on the upper open surface of the first chamber 110a.

The deodorization and purification unit 120 according to the present embodiment is installed in the second chamber 110b formed inside the housing 110, and absorbs and purifies polluted gas and odor generated from the first chamber 110a. It is a structure in which an oxidation catalyst deodorization structure that is discharged to the outside is mounted inside.

The agitator 130 according to the present embodiment is rotatably mounted inside the first chamber 110a of the housing 110 and has a structure that mixes food waste and microorganisms stored inside the first chamber 110a.

The operation panel unit 140 according to the present embodiment is configured to be mounted on one side of the upper portion of the housing 110, and has a structure that receives a user's control signal and outputs an operating state.

Specifically, the housing 110 according to this embodiment, as shown in Figs. It may be configured to include a chamber 110b, an opening/closing part 114, and an outlet 115.

The first chamber 110a of the housing 110 has a structure in which food waste can be fed and stored from an upper open surface, has a structure with a gently curved surface downward, and has an antibacterial substance applied to the inner surface thereof. am. The sealing lid 112 has a plate-like structure that is detachable from the upper open surface of the first chamber 110a, has a structure that seals the inside of the first chamber 110a, and has an antibacterial material applied to the inner surface. The temperature maintaining unit 113 is mounted inside the housing 110 and has a structure that heats the inside of the first chamber 110a to maintain the temperature within a predetermined temperature range according to a control signal input from the control panel unit 140. . The second chamber 110b is formed in a space between one side of the first chamber 110a and one side of the housing 110, and receives air delivered from the through hole 111 formed on the upper part of the first chamber 110a. It is an internal structure. The opening/closing unit 114 is mounted on one side of the upper end of the housing 110 in a hinge structure that can be opened and closed, and covers the upper surfaces of the first chamber 110a and the second chamber 110b in a form to cover and seal them together. In addition, the outlet 115 is formed on the lower surface of the housing 110 and has a structure for discharging purified air from the deodorization unit 120 mounted inside the second chamber 110b to the outside.

As shown in FIGS. 3, 4 and 7, the stirring unit 130 according to the present embodiment includes a rotation support unit 131, a rotation drive unit 132, and a stirring blade 133 of a specific structure. can be

Specifically, the rotation support part 131 of the stirring part 130 has a structure that is mounted on both sides of the inner surface of the first chamber 110a in a structure facing each other. The rotary drive unit 132 is mounted inside the housing 110 adjacent to the rotation support unit 131 and is driven by a control signal input from the control panel unit 140 . In addition, the agitation blade 133 is mounted on the rotational support 131 and has a round bar structure that rotates by the rotational driving force transmitted from the rotational driving unit 132, and is spaced apart at a predetermined interval on the outer circumferential surface so that a plurality of mixing protrusions are integrated. It is a built-in structure.

As shown in FIGS. 6 to 9, the deodorization and purification unit 120 according to the present embodiment includes a specific structure of the purification body 121, a heater unit 122, a brass deodorization unit 123, and ammonia gas adsorption. It may be configured to include a unit 124, a carbon deodorizing unit 125, a charcoal deodorizing unit 126, an ultraviolet sterilization unit 127, and an air outlet 128.

Specifically, the purification body 121 of the deodorization and purification unit 120 is mounted inside the second chamber 110b, and has a through hole 111 communicating the first chamber 110a and the second chamber 110b. ) It is a structure that forms an enclosed space in which air is introduced and then discharged to the other side, and divides a number of spaces in a form of communication. The heater unit 122 is installed in a space adjacent to the through-hole 111 of the purification body 121, and has a structure in which moisture is evaporated by heating air introduced from the through-hole 111. The brass deodorizing unit 123 is a structure in which two plate-shaped brass nets of a mesh structure are mounted at a predetermined interval at the rear of the heater unit 122 at a predetermined interval, and deodorize the air passing through the heater unit 122. .

In addition, the ammonia gas adsorption unit 124 of the deodorization unit 120 is mounted adjacent to the rear of the brass deodorization unit 123 to occupy a predetermined space, by mixing powdered Fe-zeolite and a molding aid. It is a structure in which a plurality of molded spheres 124a are filled. The carbon deodorizing unit 125 is spaced apart from the first carbon desorbing unit 125a having a predetermined thickness and a predetermined distance from the first carbon desorbing unit 125a mounted adjacent to the rear of the ammonia gas adsorption unit 124 to provide a predetermined space. It is a structure having a second carbon desorption portion 125b mounted to form. The charcoal deodorizing unit 126 is filled in the space formed by the first carbon deodorizing unit 125a and the second carbon deodorizing unit 125b of the carbon deodorizing unit 125, and a plurality of compressed charcoal composed of pine charcoal and palm tree charcoal It is a pellet structure. The ultraviolet sterilization unit 127 is mounted adjacent to the rear of the second carbon deodorizing unit 125b, and has a structure that sterilizes and disinfects the air by irradiating UV-C to the air passing through the second carbon deodorizing unit 125b. . In addition, the air outlet 128 is formed on the other side of the purification main body 121, and has a structure for discharging purified air through the outlet 115 formed on the lower surface of the housing 110.

In this case, according to this embodiment, the purification body part 121 of a specific structure, the heater part 122, the brass deodorizing part 123, the ammonia gas adsorption part 124, the carbon deodorizing part 125, the charcoal deodorizing part ( 126), an ultraviolet sterilization unit 127, and an air outlet 128, by providing a deodorization and purification unit 120, it is possible to stably remove polluted gas and odor generated inside the food processor to which microbial culture technology is applied. In addition, it is possible to provide a microbial fermentation food processor capable of ensuring indoor air hygiene in general households by discharging purified air.

10 is a longitudinal cross-sectional view showing a deodorization unit according to another embodiment of the present invention.

Referring to a comparison of FIG. 10 with FIG. 9 , the deodorization and purification unit 120 according to the present embodiment may have a configuration including a first inspection opening/closing unit 120a and a second inspection opening/closing unit 120b having a specific structure.

Specifically, the first inspection opening/closing unit 120a of the deodorizing unit 120 has a structure that is opened and closed from one side of the purification main body 121 to the outside through the side of the housing 110, and the ammonia gas adsorption unit 124 It is a structure that can withdraw or refill a number of spheres filled inside to the outside. In addition, the second inspection opening and closing portion (120b) has a structure that is opened and closed from the other side of the purification main body portion 121 to the outside through the side surface of the housing 110, and a plurality of compressed charcoal filled in the charcoal desorption portion 126 It is a structure that can be drawn out or refilled.

In this case, according to the present embodiment, by providing the first inspection opening/closing unit 114 and the second inspection opening/closing unit 120b of a specific structure, the inside of the deodorization purification unit 120 according to the usage period and condition of the microbial fermentation food processor The installed ammonia gas adsorption unit 124 and charcoal deodorization unit 126 can be easily inspected and managed, thereby stably removing contaminated gas and odor generated inside the food processor to which microbial culture technology is applied, By discharging purified air, it is possible to provide a microbial fermentation food processor capable of ensuring indoor air hygiene in general households.

11 is a longitudinal cross-sectional view showing a deodorization and purification unit according to another embodiment of the present invention, and FIG. 12 is a rotation cylinder, a rotation support cylinder, a rotation protrusion, an inner injection tube, and injection of the deodorization and purification unit shown in FIG. 11 A partial enlarged view showing only the nozzle is shown.

Referring to a comparison of these drawings with FIG. 9 , the deodorization and purification unit 120 according to the present embodiment may have a configuration further including an adsorption induction rotation unit 129a and a washing spray nozzle 129b having a specific structure.

Specifically, the adsorption induction rotation unit 129a of the deodorization and purification unit 120 is mounted to be rotatably operable inside the purification body unit 121, and is installed on the upper and lower surfaces of the ammonia gas adsorption unit 124. It is a structure having a plurality of rotating blades that rotate by mounting a rotating shaft, and a structure in which a plurality of spheres filled in the ammonia gas adsorption unit 124 are stirred by a rotating operation. In addition, the washing spray nozzle 129b is mounted on the upper end of the adsorption inducing rotating part 129a, and has a structure in which ammonia absorbed in a plurality of spheres is removed by spraying a washing liquid supplied from the outside downward.

In this case, according to the present embodiment, by providing the ammonia gas adsorption unit 124 with the adsorption induction rotation unit 129a and the washing spray nozzle 129b having a specific structure, a plurality of spheres are stirred during the purification operation to improve the adsorption efficiency. It can be easily cleaned and treated according to the intention of the operator, so it can be easily inspected and managed, thereby stably removing contaminated gas and odor generated from the inside of the food processor to which microbial culture technology is applied. In addition, it is possible to provide a microbial fermentation food processor capable of ensuring indoor air hygiene in general households by discharging purified air.

On the other hand, as shown in FIGS. 11 and 12, the deodorization and purification unit 120 according to the present embodiment includes a rotating cylinder 151 of a specific structure, a rotation support cylinder 152, a rotation protrusion 153, and an inner spray through hole. It may be configured to include a sphere 154 and an injection nozzle 155.

Specifically, the rotating cylinder 151 of the deodorizing unit 120 is installed between the second carbon deodorizing unit 125b and the ultraviolet sterilization unit 127, and is mounted between the second carbon deodorizing unit 125b and the ultraviolet sterilization unit. It has a hollow cylinder structure extending in the direction of (127), and the air passing through the second carbon deodorizing unit 125b flows to the ultraviolet sterilization unit 127 and at the same time rotates to form a rotating vortex. The rotation support cylinder 152 is a hollow cylindrical structure surrounding the rotation cylinder 151, and is a structure in which the rotation cylinder 151 is rotatably mounted. A plurality of rotating protrusions 153 are formed at regular intervals on the outer circumferential surface of the rotating cylinder 151, and the rotating cylinder 151 is rotated by the pressing force of the OH radical mist injected between the rotating cylinder 151 and the rotating support cylinder 152. It is a rotating structure. The inner injection tube 154 is a configuration formed in plurality at a predetermined interval on the outer circumferential surface of the rotating cylinder 151, and is formed adjacent to the OH radical mist receiving surface of the rotating protrusion 153, and rotates with the rotating cylinder 151 It is a structure in which the OH radical mist injected between the barrels 152 flows into the internal hollow space. In addition, the injection nozzle 155 is configured to be mounted on the upper part of the purification main body 121, and injects the OH radical mist provided from the outside between the rotary cylinder 151 and the rotary support cylinder 152 by applying a pressure of a predetermined size. It is a structure.

In this case, according to the present embodiment, the deodorization and purification unit including the rotation cylinder 151, the rotation support cylinder 152, the rotation protrusion 153, the inner injection tube 154 and the injection nozzle 155 of a specific structure. By providing the 120, it is possible to form a vortex in the air passing through the charcoal deodorization unit 126 and at the same time spray OH radical mist to remove the odor again, resulting in It is possible to provide a microbial fermented food processor capable of more stably removing generated polluted gas and odor and ensuring indoor air hygiene in general households by discharging purified air.

In the above detailed description of the present invention, only specific embodiments thereof have been described. However, it should be understood that the present invention is not limited to the particular forms mentioned in the detailed description, but rather it is understood to include all modifications, equivalents and substitutes within the spirit and scope of the present invention as defined by the appended claims. It should be.

That is, the present invention is not limited to the specific embodiments and descriptions described above, and anyone having ordinary knowledge in the technical field to which the present invention belongs can make various modifications without departing from the gist of the present invention claimed in the claims. is possible, and such variations fall within the protection scope of the present invention.

100: microbial fermentation food processor
110: housing
110a: first chamber
110b: second chamber
111: through hole
112: sealing lid
113: temperature maintaining unit
114: opening and closing part
115: outlet
120: deodorization unit
120a: first inspection opening and closing unit
120b: second inspection opening and closing unit
121: purification main body
122: heater unit
123: brass desorption part
124: ammonia gas adsorption unit
124a: zeolite sphere
125: carbon deodorizing unit
125a: first carbon desorption unit
125b: second carbon desorption unit
126: Charcoal desorption unit
127: UV sterilization unit
128: air outlet
129a: adsorption induction rotation unit
129b: washing spray nozzle
130: stirring unit
131: rotation support
132: rotary drive unit
133: stirring blade
140: operation panel unit
151: rotary cylinder
152: rotation support
153: rotating protrusion
154: inner injection pipe passage
155: injection nozzle

Claims (6)

A first chamber 110a capable of storing food waste is formed therein, and a second chamber 110b is formed in a space separated from the first chamber 110a by a partition wall and communicated by a through hole 111. And, the housing 110 for mounting the sealing lid 112 on the upper open surface of the first chamber (110a);
An oxidation catalyst deodorization structure installed in the second chamber 110b formed inside the housing 110 and sucking in polluted gas and odor generated from the first chamber 110a, purifying it, and discharging it to the outside is mounted therein. Deodorization purification unit 120 to;
an agitator 130 rotatably mounted inside the first chamber 110a of the housing 110 and mixing food waste and microorganisms stored in the first chamber 110a; and
a control panel unit 140 mounted on one side of the upper portion of the housing 110, receiving a user's control signal and outputting an operating state;
including,
The deodorization and purification unit 120,
It is mounted inside the second chamber (110b) and forms an enclosed space in which air is introduced from the through hole 111 communicating the first chamber (110a) and the second chamber (110b) and then discharged to the other side, , Purification main body portion 121 of a structure that partitions a plurality of spaces in a communicating form;
a heater unit 122 installed in a space adjacent to the through-hole 111 of the purification main body 121 and configured to evaporate moisture by heating air introduced from the through-hole 111;
A brass deodorizing unit 123 for deodorizing the air passing through the heater unit 122, in which two plate-shaped brass nets having a mesh structure are mounted at a predetermined interval at the rear of the heater unit 122 at a predetermined interval;
An ammonia gas adsorption unit 124 mounted adjacent to the rear of the brass deodorizing unit 123 to occupy a predetermined space and filled with a plurality of spheres molded by mixing powdered Fe-zeolite and a molding aid;
A first carbon deodorizing part 125a having a predetermined thickness mounted adjacent to the rear of the ammonia gas adsorbing part 124, and a second carbon desorbing part 125a spaced apart from the first carbon desorbing part 125a by a predetermined distance to form a predetermined space. a carbon deodorizing unit 125 having a carbon deodorizing unit 125b;
A plurality of compressed charcoal pellets filled in the space formed by the first carbon deodorizing part 125a and the second carbon deodorizing part 125b of the carbon deodorizing part 125, and composed of pine charcoal and palm tree charcoal. Charcoal deodorizing unit 126;
an ultraviolet sterilization unit 127 mounted adjacent to the rear of the second carbon deodorizing unit 125b and sterilizing and disinfecting the air by irradiating UV-C to the air passing through the second carbon deodorizing unit 125b;
an air outlet 128 formed on the other side of the purification main body 121 and discharging purified air through the outlet 115 formed on the lower surface of the housing 110;
It is a structure that is opened and closed from one side of the purification body part 121 to the outside through the side surface of the housing 110, and a plurality of spheres filled in the ammonia gas adsorption part 124 can be drawn out or refilled A first inspection opening and closing part (120a) of the structure; and
It is a structure that is opened and closed from the other side of the purification body 121 to the outside through the side of the housing 110, and a plurality of compressed charcoal filled in the charcoal desorption unit 126 can be drawn out or refilled to the outside A second inspection opening and closing part (120b) of the structure;
Microbial fermentation food processor comprising a. delete delete According to claim 1,
The deodorization and purification unit 120,
It is mounted so as to be able to rotate inside the purification body part 121, and has a structure having a plurality of rotating blades that rotate by mounting rotating shafts on the upper and lower surfaces inside the ammonia gas adsorption unit 124, an adsorption induction rotation unit 129a for stirring a plurality of spheres filled in the ammonia gas adsorption unit 124 by; and
a washing spray nozzle (129b) mounted on the upper end of the adsorption induction rotating part (129a) and spraying a washing liquid supplied from the outside downward to remove ammonia absorbed in a plurality of spheres;
Microbial fermentation food processor comprising a. According to claim 1,
The deodorization and purification unit 120,
It is mounted between the second carbon deodorizing unit 125b and the ultraviolet sterilization unit 127 and has a hollow cylinder structure extending in the direction of the second carbon deodorizing unit 125b and the ultraviolet sterilization unit 127, and the second carbon deodorization A rotating cylinder 151 having a structure that rotates to form a rotating vortex while flowing the air passing through the unit 125b to the ultraviolet sterilization unit 127;
A rotation support cylinder 152 having a hollow cylindrical structure surrounding the rotation cylinder 151 and rotatably mounting the rotation cylinder 151 therein;
A rotating protrusion ( 153);
OH is formed adjacent to the OH radical mist receiving surface of the rotary protrusion 153 and injected between the rotary cylinder 151 and the rotary support cylinder 152. An inner injection tube through which the radical mist flows into the inner hollow space (154); and
An injection nozzle 155 mounted on the upper part of the purification body 121 and injecting OH radical mist provided from the outside between the rotary cylinder 151 and the rotary support cylinder 152 with a predetermined pressure;
Microbial fermentation food processor comprising a. According to claim 1,
The housing 110,
a first chamber 110a having a structure in which food waste can be put in and stored from an upper open surface, a structure in which a gently curved surface is formed downward, and an antibacterial material is coated on an inner surface thereof;
An airtight lid 112 having a detachable plate-shaped structure on the upper open surface of the first chamber 110a, a structure for sealing the inside of the first chamber 110a, and having an antibacterial substance applied to the inner surface thereof;
a temperature maintaining unit 113 mounted inside the housing 110 and heating the inside of the first chamber 110a to maintain the temperature within a predetermined temperature range according to a control signal input from the control panel unit 140;
It is formed in the space between one side of the first chamber 110a and one side of the housing 110, and has a structure for receiving the air delivered from the through hole 111 formed on the upper part of the first chamber 110a therein. a second chamber (110b);
An opening and closing part 114 mounted on one side of the upper end of the housing 110 in a hinge structure that can be opened and closed, covering the upper surfaces of the first chamber 110a and the second chamber 110b in a form to cover and seal them together; and
an outlet 115 formed on the lower surface of the housing 110 and discharging purified air from the deodorizing unit 120 mounted inside the second chamber 110b to the outside;
Microbial fermentation food processor comprising a.