KR20060051031A - Garbage deodor drier with cooling condenser for home use - Google Patents

Abstract

With respect to a processor for dehydration and deodorization drying of perishable waste, including food waste,

As to apply the contents of my first application 1-1-2004-0055936 to practical use,

In the process of dehydrating and drying the waste put together with a large amount of water, the moisture inside the processor is cooled and condensed to change to dry air with low humidity, and it is heated and circulated to the treatment object to evaporate the moisture and then circulate to the cooling condenser. Repeatedly remove the moisture to dry the object, and at the same time to cool the adsorption and condensation of the odor mixed in the air in the processor with moisture, and also to remove the odor by the condensate water,

The basic unit of the deodorizing drying treatment embodying the function of this principle,

The basic unit is composed of a heating part composed of a heating element, an evaporation part for evaporating moisture of an object, a condensation part for cooling condensation of steam, and a blower for circulation of internal air. The condensation type using the Peltier element or the heat exchange condensation type using the cooling plate or the cooler or the heat exchanger is an embodiment constructed using this unit, and the sink-mounted food waste processor, the waste bin-type food waste processor and the built-in doll It relates to a food waste processor.

Waste water trash, Deodorization dryer, Cooling condenser unit, Forced condensation, Natural condensation, Peltier element, Cold plate, Condenser, Humidity conversion drying, Cooling condensate deodorization, Sink ball attachment, Dome type switchgear, Built-in doll, Tilt Sliding Containment Device, Garbage Can, 2-stage Opening and Closing Device

Description

Dry deodorization processor for cooling condensation method {GARBAGE DEODOR DRIER WITH COOLING CONDENSER FOR HOME USE}

1 is an overall layout of the Peltier element forced condensation unit

Figure 1-1 is a homogenous full placement side longitudinal cross-sectional view

1-2 is a homogeneous overall placement plan view.

2 is a conceptual view of the cooler condenser unit

3 is a side longitudinal sectional view of the sinkball attaching embodiment

Figure 4 is a front longitudinal cross-sectional view of the sink ball attaching embodiment

5 is a plan view of the sink-ball attaching embodiment

6 is a side longitudinal cross-sectional view of the wastebasket type embodiment.

7 is a side longitudinal sectional view of the built-in embodiment.

Explanation of symbols in the drawings

100. Principle Unit of Forced Condensation Type Deodorizer Dryer

101. Peltier element 102. Peltier element housing

103. Heat dissipation buffer 104. Cooling buffer

105. Heat sink 106. Blower

107. Far-infrared emitter 108. Control unit

500. Principle Unit of Cooler Condensation Type

501. Heat generator 502. Evaporator

503. Condenser 504. Blower

505. Storage box Housing 506. Storage box

507. Stirrer 508. Stirrer motor

509. Drain hole 510. Post ventilator

511. Hopper and duct 512. Sealable maze packing

513. Temperature sensor for control 514. Door sensor for control

515. Cap sensor for control 516. Cap

200. Sync Bowl Attachment Type

201.Sinkball Attachment Body 202.Sinkball Connector

203. Dehydration net 204. Slot

205. Dome Opening and Closing Door 206. Storage and Drying Basket

207. Storage door 208. Storage door close contact

209. Storage compartment drip tray 210.

211.Inlet Opening Door Spring 212.Sink Ball Cover

213. Sink ball connector clasp mechanism 214. Drain

300. Garbage bin type

301. Garbage bin type body 302. Dewatering basket

303. Dehydration net 304. Storage basket

305. Lid 306. Lid Packing

307. Reservoir 308. Drain Ball

309. Floating level indicator 310. Lid opening and closing link lever

311. Lid opening and closing link bar 312. Dewatering basket opening and closing link lever

313. Dewatering basket opening and closing link bar 314. Link lever pedal

315. Lid-opening hinge

400. Built Doll

401.Built-in doll body 402.Dewatering basket

403. Dehydration net 404. Storage drying basket

405. Lid 406. Lid Packing

407. Main entrance rail 408. Main entrance rail

409. Wall rails 410. Wall rails

411. Built-in space wall 412. Drain hole

Organic wastes, including food waste, are easy to rot if left unattended and emit odors, harming the surrounding hygiene environment. Many companies have attempted to develop technologies for the treatment of food waste at home and restaurants. Processor products have been introduced using various methods such as formula, compression dehydration, centrifugal dehydration, heat drying, incineration, and other combinations. However, these products have not yet been recognized as a complete product due to insufficient odor treatment problems.

In the present invention, as a treatment method of a new concept different from the prior art, the drying and deodorizing function by the cooling condensing means is performed in treating perishable water waste. In a closed container, air is repeatedly circulated between the heating part of the deodorizer dryer unit and the processing object and the condensation part of the evaporation part, and the moisture vapor from the processing object is cooled and condensed in the condenser to remove moisture, and the humidity is lowered and dried. By heating and circulating the air in the deodorizer dryer unit, the processed material is dried. In the process of cooling and condensing the wet steam, the odor particles are collected and condensed. The present invention relates to a water-based waste deodorant drying processor by a cooling condensation method that can achieve the purpose of the same.

The cooling condensing means for this purpose includes a natural cooling condensation type that condenses by natural cooling by providing a heat dissipation function to the lid or the main body, and forced cooling condensation type that uses Peltier element in the deodorizing dryer unit for forced cooling. It adopts condensation method such as water-cooling type to effectively perform the function of drying and deodorization.

1. In deodorizing and drying water-containing waste, three-stage basic circulation cycles are formed in the heating and evaporating condensing units to collect the odor generated from the processing object along with the drying process and drying the object. It forms the basic principle of the condensation-removing wastewater treatment deodorant dryer.

2. As one of the units which embodies the principle of the deodorizing and drying process of water-containing garbage of the cooling condensation method,

It is composed of deodorizing dryer unit having heating part and condensation part by forced condensation method using Peltier element.

 In the casing of the main body, the heating unit is formed of the Peltier element housing 102 which accommodates the Peltier element 101 and the heat dissipation buffer 103 having the heat dissipation fins (FIN) formed on the heat generating side of the Peltier element. Finned cooling buffer 104 is formed in close contact with each other, and a heat sink 105 is formed to form a labyrinth of circulating air flow against the cooling buffer 104 to form a condensation unit and one side thereof. The blower 106 is installed in the air to circulate the air between the unit 100 and the space between the evaporator and the condenser, in which the processing material is stored, to condense the moisture in the circulating air and generate heat by cooling the condenser. The heat generated from the side is used to dry the treated material to enhance the drying effect and simultaneously perform the functions of drying and deodorization. The front outlet of the blower is equipped with a far infrared ray radiator 107 composed of a material having a far infrared radiation function and having a vent that allows the circulating air to pass smoothly, thereby enhancing sterilization function and deodorizing effect.

If only the blower is installed in the deodorizer dryer unit, it is composed of energy saving and ultra low cost drying processor.

3. As another one of the units which embodies the principle of the deodorizing and drying process of water-containing waste of cooling condensation method,

Independently configured heating unit and evaporation unit condensation unit,

The heating unit is composed of a heating device 501 and a blower 504, the heating device is applied to any of the heat transfer device, fuel heater, high frequency heating device, etc. according to the use and performance,

The storage container 506 constituting the evaporation unit is configured to fit the agitator 507 therein according to the vertical or horizontal vessel shape, and the condenser 503 may be of any type of air-cooled or water-cooled. Adopted according to the use and performance, in the air-cooled type, using natural air cooling by simple air and forced air cooling using a blower,

In the shape of the element that serves as a heat exchanger, any one of a condenser and a condenser is employed, and the condenser plate 503 may be any one of a flat plate, a corrugated plate, and a fin (FIN) type according to a purpose-specific performance. The water-cooled condenser adopts condenser condensers such as tubular and baffle type to suit the purpose and performance. It consists of three stage circulation cycle elements to achieve drying and deodorization functions.

As a result, a labyrinth-type packing that reduces leakage by reducing the pressure by forming a labyrinth in the packing mechanism 512 for sealing and reducing the pressure, and a temperature sensor 513 and a control mechanism for maintaining and maintaining a proper temperature; , The respective sensor mechanisms (514, 515) to control the operation by detecting the opening and closing of the door and the cap, and the post venting mechanism (510) for removing residual smells that have not been processed after the treatment is completed. It comprises a deodorizing dryer unit according to the basic principle of the water-based waste deodorant drying processor of the cooling condensation method.

4. As an embodiment configured with a sink ball attachment type 200 for practical use of the deodorizing dryer unit 100 according to the above principle,

The upper part of the sink ball attachment type body 201 is formed in a cylindrical shape, a lower part is a hexahedron shape, and has a coupling structure with the sink ball connector 202 so as to be connected to the sink in the upper part, and a funnel-shaped dehydration net having a mesh therein (203) ), A partition wall is formed between the upper part and the lower part, and a cylindrical processing material inlet 204 is installed in the center and a dome type opening / closing door 205 divided into two hemispherical shapes is installed on the upper part and installed on one side wall of the cylindrical part. One opening and closing door operation period 210 and the opening and closing door spring 211, when necessary to open and close the operation, the inside of the lower part of the cube inside the storage drying basket 206, the front part of the storage drying basket (206) Storage compartment door 207 and a storage compartment door close mechanism 208 for attaching and detaching the door, and a deodorizing dryer unit 100 is mounted on the side wall of the storage compartment door 207 on the opposite side of the storage compartment door 207, and the bottom bottom of the storage basket 206 is provided. A storage compartment drip tray 209 is built-in, and the water outlet and condensate drains 214 are formed on the bottom surface of the partition wall and the bottom hexahedron portion of the cylinder, respectively, and the sink ball lid 212 is covered on the top of the sink ball connector. The whole of the embodiment is configured.

The sink ball connector 202 is provided with a sink ball connection latch mechanism 213 as a connecting device to facilitate mounting.

5. As an embodiment configured as a trash box type 300 for practical use of the deodorizing dryer unit 100 according to the above principle,

A dehydration basket 302 and a dehydration net 303 for draining water inside the hexahedral trash box main body 301 having an opening and having a heat dissipation function, and a storage drying basket for storing the processed materials ( 304 is built, the lid 305 having a heat dissipation function in the upper opening of the main body 301 and the lid packing 306, the deodorizer dryer unit 100 is mounted on one side wall of the inside, the lower part of the container is condensed Forming a reservoir 307 for storing water and dehydrated water, the reservoir having a drain hole 308, a floating reservoir level indicator 309,

 A two-stage stepping opening and closing mechanism for conveniently opening and closing the lid 305 and the dehydrating basket 302 together with a single pedal, the lid opening and closing link lever 310, lid opening and closing link bar 311, the opening and closing of the dehydration basket The dewatering basket opening and closing link lever 312, the dehydrating basket opening and closing link bar 313, stepping link lever pedal 314, the lid opening and closing hinge 315 for the operation of the entire configuration.

6. In order to practically use the deodorizing dryer unit 100 according to the above principle, it is an embodiment configured with a built-in doll 400 to a storage type,

Inside the cube-shaped built-in main body 401 having an opening in the upper part, a dehydration basket 402 for draining water, a dehydration net 403, and a storage drying basket 404 for storing the processed materials are provided. A lid 405 and a lid 406 having a heat dissipation function are mounted in the upper opening of the main body 401 having a damping function, and a deodorizing dryer unit 100 is mounted on one side wall of the inside, and a drain hole is provided at the bottom surface. (412) to form the basic elements, secure the installation space in a certain space of the sink and install the built-in, but as a means of stepping tilt sliding (tilt sliding) storage device as a stepping link mechanism on both side walls of the installation space The tiltable wall rail 409 and the wall rail roller 410 are installed, and the main body entry rail 407 and the main body entry and exit are combined with the built-in doll body 401 against the wall rail 409 and the roller 410. It is necessary to configure the whole by installing the rail roller 408 As the heat withdrawing a drawer put into the process water or discharged, and to push it to the back in place.

The present invention achieves the effect of drying and odor elimination at the same time in the treatment of food waste, including household, depending on the embodiment, regardless of the installation site for sewage or exhaust, the device is simple, energy consumption is low It is inexpensive, can be applied with sink ball, built-in or mobile type, and is convenient to use, and it is expected to spread the spread and improve the living culture by improving the sanitary environment around daily life.

Claims (6)

In the deodorization drying treatment of water-containing waste, three-stage basic circulation cycles are formed by heating and evaporating condensing units to collect and condense the odor generated from the processing object together with moisture in the process of drying the object and evaporating and condensing moisture. Basic principle of the cooling condensation-type deodorant drying treatment, and the cooling condensation-type deodorant drying processor using this principle     The method according to claim 1, which relates to a unit incorporating the principle of the dewatering and drying process of the water-containing waste of the cooling condensation method.        It is composed of deodorizing dryer unit having heating part and condensation part by forced condensation method using Peltier element. A heating part composed of a Peltier element housing 102 accommodating the Peltier element 101 in the casing of the main body and a heat dissipation buffer 103 having heat dissipation fins formed on the heat generating side of the Peltier element, and fins formed on the heat absorbing side. The condensing unit formed by closely coupling the cooling buffers 104 to each other, and provided with a heat sink 105 so as to form a labyrinth of circulating air flow, and a blower 106 on one side thereof. Air is circulated between the unit 100 and the space between the evaporator in which the processing material is stored, condensing moisture in the circulating air by the cooling action of the Peltier element, and treating the heat radiated from the heat generating side. It is used for drying water to enhance the drying effect, and at the same time performs drying and deodorizing functions. Cooling condensing method using the basic principle of Peltier element as a concept unit, which is equipped with a far-infrared radiator 107 composed of a material having a far infrared ray radiating function and a vent hole through which circulating air can pass smoothly at the front outlet of the blower Deodorization Dryer     The structure example of Claim 1 which relates to the unit which embodied the principle of the dehydration drying process of the water condensation of a cooling condensation system,       Independently configured heating unit, evaporation unit and condensation unit, The heating unit is composed of a heating device 501 and a blower 504, the heating device is applied to any of the heat transfer device, fuel heater, high frequency heating device, etc. according to the use and performance, The storage container 506 constituting the evaporation unit is configured to fit the agitator 507 therein according to the vertical or horizontal container shape, and the condensation unit 503 uses any type of air cooling or water cooling. Adopted according to the air conditioner, it uses natural air cooling by simple outside air and forced air cooling using a blower. The condenser plate 503 and any one of the condenser are adopted for the element that serves as a heat exchanger in the shape, and any of flat plate, corrugated plate and fin (FIN) type is adopted for the performance according to the use. The water-cooled condenser adopts condensing capacitors such as tubular and baffle type to suit the purpose and performance, and constitutes a three-stage circulation cycle to achieve drying and deodorizing functions.      Incidentally, the labyrinth-type packing 512 reduces leakage by reducing the pressure by forming a labyrinth in the packing mechanism for sealing, and a temperature sensor 513 and a control mechanism for maintaining and maintaining a proper temperature, and a door and Sensor mechanisms 514 and 515 to control the operation by detecting the opening and closing of the cap 516, and a POST VENTILATING mechanism 510 to remove residual odors that have not been processed after the treatment is completed. Water-based waste deodorant drying processor of the cooling condensation method composed of the concept unit of the basic principle.     According to claim 3, in the embodiment configured as the sink-mounted type 200 for practical use of this principle,  The upper part of the sink attachable main body 201 is formed in a cylindrical shape, a lower part is a hexahedron shape, and has a coupling structure with the sink connector 202 so as to be connected to the sink at the upper part, and a funnel-shaped dehydration net having a mesh inside thereof. ), A partition wall is formed between the upper part and the lower part, and a cylindrical processing material inlet 204 is installed in the center and a dome type opening / closing door 205 divided into two hemispherical shapes is installed on the upper part and installed on one side wall of the cylindrical part. One opening and closing door operation period 210 and the opening and closing door spring 211, when necessary to open and close, the inside of the lower part of the cube inside the storage drying basket 206, the front part of the storage drying basket (206) Storage compartment door 207 and storage compartment door contact mechanism 208 for attaching and detaching the door, and a deodorizing dryer unit 100 is mounted on a side wall of the storage compartment door 207 on the opposite side of the storage compartment door 207, and a lower bar of the storage dryer basket 206 is provided. A storage compartment drip tray 209 is formed in the chamber, and the drainage port 214 of the water and condensate is formed on the bottom surface of the partition wall and the bottom surface of the lower hexahedron, respectively, and the sink ball lid 212 is covered on the top of the sink ball connector. In the connector 202, a sink connecting clasp mechanism 213 is formed as a connecting device, and a unit configured to independently form the deodorizing dryer unit 100 using the Peltier element, the heating unit, the evaporation unit, and the condensation unit is configured. Cooling condensation type deodorant drying processor composed of sink ball type deodorant dryer. In the claim 3, as an embodiment configured as a bin (300) for practical use of this principle, A dehydration basket 302 and a dehydration net 303 for draining water into the inside of the hexahedron-type dustbin-shaped main body 301 having an opening and having a heat dissipation function, and a storage drying basket for storing the processed materials ( 304 built-in, the lid 305 and the lid 306 having a heat dissipation function in the upper opening of the main body 301, the deodorizing dryer unit 100 is mounted on one side wall of the inside, the bottom of the container is condensed A reservoir 307 is formed to store water and dehydrated water. The reservoir includes a drain hole 308 and a floating reservoir level indicator 309. The lid 305 and the basket 302 are opened and closed. A two-stage stepping opening and closing mechanism for convenient use with one pedal, the lid opening and closing link lever 310, the lid opening and closing link bar 311, the dehydrating basket opening and closing link lever 312 for opening and closing the dehydrating basket, the dehydrating basket opening and closing link Rods 313 and stepping link lever pedals 314 for their operation The deodorizing dryer unit 100 using the Peltier element which constitutes the whole of the waste container type by the opening / closing hinge 315 etc. employs the unit which independently comprised the heating part, the evaporation part, and the condensation part. Water-based waste deodorant drying processor with cooling condensation system. According to claim 3, in an embodiment configured with a built-in doll 400 to practice this principle, The dehydration basket 402 and the dehydration net 403 for draining water in the inside of the cube-shaped built-in main body 401 having a heat dissipation function and a storage drying basket 404 for storing the processed materials are provided. Built-in, the lid 405 and the lid 406 having a heat dissipation function in the upper opening of the main body 401, the deodorizing dryer unit 100 is mounted on one side wall of the inside, the bottom surface is formed with a drain 412 Wall rails that can be tilted by stepping link mechanisms on both sidewalls of the installation space as a means of a stepping tilt sliding enclosure A 409 and a wall rail roller 410 are provided, and the main body access rail 407 and the main body access rail 408 are combined with the built-in doll body 401 against the wall rail 409 and the roller 410. If you need to configure the whole, The deodorizing dryer unit 100 using the Peltier element to the heating unit, the evaporating unit, and the condensing unit independently are drawn out to open or discharge the processed material, and then, when pushed in, it is returned to its original position. Cooling condensation-type deodorant drying processor using built-in unit and built-in deodorant drying processor.

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