APPARATUS FOR WASHING AGRICULTURAL PRODUCT USING BUBBLES

The present invention refers to as detailed, the present invention can be a particular embodiment is shown as exemplary in the embodiment a reference the accompanying drawing. These in the embodiment of the present invention is a one skilled in the art embodiment to enable sufficient to. detailed. Different various in the embodiment of the present invention need not be mutually exclusive but is should understood. For example, particular shape described herein, one and characterization structure in the embodiment of the present invention in relation to other without psychiatric and a wireless type through a wire may be embodied in in the embodiment. Furthermore, each disclosure in a in the embodiment of the present invention arrangement of individual components of position or psychiatric and a wireless type through a wire can be change without should understood. Therefore, detailed description refers to limiting not be taken as the, range of the present invention, if appropriately described, and claims are claim thereof uniform full range with with an is constrained only by claims. Various references similar in drawing side with the same or similar precursors as in which refers to function, length and area, thickness that the duct shape and the like for the biasing force applied may be Image expressing the overlapped picture.

In hereinafter, the present invention is in the field of the person with skill in the art in the present invention is to facilitate in order to the embodiment, examples of the present invention a preferred embodiment is provided to with an reference to drawing as further described to a.

In the growth of hematopoietic stem cell, hereinafter, in one example harvested agricultural products remaining in the and insecticidal, to remove carbon components from the washing water and bubble agricultural through while cleaning, while at eating components from falling or soften is to protect that can be device omitted using air bubble [in particular, washing unit, solution has a, transfer unit] is the same as the technical configuration of the decoration plate further comprises an applied will position of a reflector according to each well.

The present invention according to Figure 1 shows a device omitted using air bubble also representing surface thereof, and the..

Figure 2 shows a. surface thereof, and the also also representing 1 according to plane view.

Also refers to surface 1 and 2, the present invention according to a device omitted using air bubble, fruit (10) located portion of sheet-like gas is provided in a space (100) and a, fruit (10) cleaning washing unit (200) and a, washing unit a solution has a bubble in the (300) and a, fruit (10) transferring a carriage (400) and a, fruit (10) drying the drying station (500) includes.

The, said washing unit (200) and a solution has a (300), transfer unit (400), drying (500) a (600) is is controlled by a.

I.e., said washing unit user (200) and a solution has a (300), transfer unit (400), drying (500) smooth operation control, fruit (10) for cleaning the are inserted to be connected to the control unit (600) through the washing unit (200) and a solution has a (300), transfer unit (400), drying (500) a first direction and a second direction for transferring an instruction to the recording operation..

To this end, said control unit (600) command user are received as it input panel (610) and an outer in said washing unit (200) and a solution has a (300), transfer unit (400), drying (500) progress status of is of a channel number and a and a display window (620) may include a.

In particular, said located portion (100), washing unit (200), drying (500) the lower portion of the, plurality of wheel (50) is included.

Therefore, said located portion (100), washing unit (200), drying (500) user to requirements of can smoothly flow through along the guide which is formed in inside so that. can be used in conjunction with a.

First, said located portion (100) the, harvested of fruits (10) can be arranged sporadically of a sheet-like is made from.

Wherein, said fruit (10) can be is schizandra the.

Schizandra exerting its only one embodiment, the present invention according to device omitted using air bubble through the fruit and fruits including puc of gunpowder. to a potable cleaning of the touch screen display.

And, said located portion (100) the, said located portion (100) disposed on the fruit (10) is said washing unit (200) to may be entered to washing unit (200) is formed in a defined direction and the modification can be part is formed.

Furthermore, said located portion (100) the, said located portion (100) disposed on the fruit (10) is located portion (100) from being separated to located portion (100) of frame in a beginning prevention side upwardly formed on a (110) may include a.

As a result, said located portion (100) the, harvested of fruits (10) while preventing the and lower thread, fruit (10) guides the washing unit (200) can be traversed by to preparing input is transmits a n-hexane is supplied to the.

Said washing unit (200) the, said located portion (100) is formed on one said fruit (10) for cleaning a water (30) since the is placed in, said washing water (30) through the fruit (10) are inserted to be connected to the is cleaning of the touch screen display.

I.e., said washing unit (200) the, fruit (10) are inserted to be connected to the is transmits a is designed to clean the.

And, said washing unit (200), which is received in a washing water (30) the, blued dioxide (ClO₂) the fruit (10) while an upper portion of of maintaining clean fruit consumer (10) of a rated ingestion of, harmless human body is enabled.

To this end, said washing unit (200) the, blued dioxide for generating a blued dioxide generator (210) and a, said blued dioxide generator (210) a blued dioxide generated in said washing unit (200) receiving washing water (30) supplying a supply nozzle (220) may include a.

Said supply nozzle (220) the, said washing unit (200) on top of washing unit (200) arranged in the direction width of said transfer unit (400) a being admitted to said fruit (10), on an upper portion of the injecting a blued dioxide lower direction.

Wherein, said supply nozzle (220) the, said fruit (10) if the valve is capable of injecting blued titanium dioxide layer formed on the material layer tube various forms or the like, box that can be formed into. of course is.

I.e., said blued dioxide mixed with a water (30) scrubbed by said fruit (10) the transfer unit (400) and transferred in the process where the oil being admitted to said supply nozzle (220) jetted from one cotton again by means of an blued dioxide is cleaned.

And, said supply nozzle (220) through said transfer unit (400) being admitted to of fruits (10) which is to injected dioxide a blued said washing unit (200) is to enter the interior of said washing unit (200) washing water inside (30) mixed constitution: an.

Wherein, blued dioxide sterilization box, a sterilizing effect and having a aerobic bacteria to minimize the number of moulds which comprises, since washing water said composition is one or more (30) mixed the fruit (10) of maintaining clean is enabled an upper portion of.

And, said washing unit (200) the, said washing unit (200) is disposed on an inner surface of said solution has a (300) with a to of said fruit (10) in the direction of travel flow of the guide plate (230) may include a.

Such said guide plate (230) the solution has a (300) in each injecting pressure a to washing unit (200) in washing water (10) with a in fruit (10) guides the transfer unit (400) to move to the arrangement position of the guide is especially.

To this end, said guide plate (230) the washing unit (200) of in washing unit (200) is shorter than the length of the screw, said transfer unit (400) said washing unit is arranged in a position electrically to first terminals (200) gets narrower the width of the is.

Together, said washing unit (200) the, said washing water (30) is said washing unit (200) when turning a capsulation treatment at an a-in level, washing water (30) is washing unit (200) injection learning function can be washing unit (200) of an air conditioner, wherein a pipe perforated with from the hole (250) may include a.

And, said washing unit (200) the, said piping hole (250) is connected to said piping hole (250) through the washing unit (200) of washing water discharged to the outside of (30) drainage of guide hose in its length direction (260) may comprise an.

I.e., said washing unit (200) said receiving washing water (30) the, said blued dioxide generator (210) is generated in a head end said supply nozzle (220) through the washing unit (200) of washing water (30) blued dioxide induction of added to amount by is extends continuously such that.

The, said washing unit (200)'s designated level that are passed over a water (30) user's by an assignment said washing unit (200) created in the piping hole (250) and a hole (250) to hose is connected to a pipe (260) through said washing unit (200) from the of the casing is separately coupled to a the pipes be easily discharged is.

As a result, said piping hole (250) and a hole (250) to hose is connected to a pipe (260) by said washing unit (200) washing water inside (30) is said washing unit (200) in dipped in is it can.

On the other hand, said solution has a (300) the, said washing unit (200) inside said washing water (30) bubbles is especially is responsible for which has a structure.

To this end, said solution has a (300) the, said washing unit (200) is configured to be coupled to the in order to form an outside of while bubbles bubble generator (310) and a, said bubble generator (310) bubbles of the bubble storing space generated in said washing unit (200) internal an in-cylinder injector injecting plurality of injection hole (320) may include a.

Such said bubble generator (310) bubbles generated in the injection hole (320) through said washing unit (200) washing water in (30) inclined at a predetermined angle to be fruit while (10) for enabling the removal of microbial of down is.

I.e., fruit bubbles including fine bubbles (10) while surface of fruit (10) the foreign materials and of moving to and fro between the surface microorganism in order to stick, contradictory to the one method the foreign materials and by fruit microorganism (10) but is separate from the plunger is.

In particular, said solution has a (300) through the fruit (10), thereby effectively eliminating bacteria or of down while removing the low fruit (10) is transfer unit (400) the casing is separately coupled to a be transported and in order to said injection hole (320) the washing unit (200) in at various locations of is be disposed in a is plurality.

Specifically, said injection hole (320) the, said located portion (100) the adjacent said washing unit (200) is formed on the inner surface of said fruit (10) is transfer unit (400) the flow of a to said washing unit (200) in the longitudinal direction of the order to inject air bubbles composed of one or more linear portions front injection hole (330) may include a,

And said injection hole (320) the, said washing unit (200) is formed on both side inner surfaces of said washing unit (200) in the widthwise direction of order to inject air bubbles composed of one or more linear portions side injection hole (340) may include a.

The, said solution has a (300) in the ejection pressure bubbles, said fruit (10) is said solution has a (300) adaptability without sacrificing due to injection pressure of water flowing into the water tank and injection pressure is injected to it is preferable that the.

Said injection hole (320) in said washing unit (200) washing water in (30) in order to inject air bubbles onto the movable member is driven by, to said fruit (10) can cleaning and (30) is for lifting the object to be mounted on an upper portion of.

In this condition , said front injection hole (330) the located portion (100) in the direction which is disposed said transfer unit (400) is arranged in a direction said fruit since order to inject air bubbles (10) can cleaning and (30) together with a transfer unit (400) is can be used to move the.

And, said side injection hole (340) is said washing unit (200) since the order to inject air bubbles in the widthwise direction of, said fruit (10) the transfer unit (400) is arranged in a direction that are conveyed under a state difference in the resin black matrix and least a part of the, said fruit (10) fruit microorganism or of down (10) can be uncoupled from the is.

Wherein, said side injection hole (340) the, said washing unit (200) is order to inject air bubbles in the widthwise direction of, said transfer unit (400) is arranged in a direction which booster can be formed.

Therefore, said side injection hole (340) fruit by (10) microbial of down fruit and the depth (10) is transfer unit (400) to aid flow is enabled.

Therefore, said washing water (30) fruit said are mixed together blued titanium dioxide layer (30) surface efficiency supplied into the chamber, sterilize, aerobic bacteria while minimizing the number of moulds, said solution has a (300) through the fruit (10) microbial of down since the reliability in a manufacturing process by removing said fruit (30) clean, uncontaminated is cleaned is it can.

On the other hand, said transfer unit (400) the, said washing unit (200) fruit said cleaned is formed on one (10) is said drying station (500) serves to be transferred is especially is responsible for.

To this end, said transfer unit (400) the, said washing unit (200) of fruit (10) while transfer of the fruit (10) on the surface by which the residual washing water (30) of a lower part of the is submerged in to a conveyor formed in the shape of a mesh (410) may comprise an.

Such said transfer unit (400) the, said washing unit (200) washing water in (30) underwater fruit (10) drying said magazine is transferred by the upper cover and the lower (500) is transferred to an address to be accessed to a, said washing unit (200) in said drying station (500) is arranged in a direction upwardly booster which is be disposed in a.

Said washing unit (200) washing water in (30) underwater fruit (10) is said conveyor (410) with floating on the upper surface said conveyor (410) while it is being rotated is said washing unit (200) washing water in (30) underwater fruit (10) is washing unit (200) is moves outside of said drying station (500) is can be supplied to.

To this end, said conveyor (410) one end of the washing unit (200) washing water in (30) located water to recover the pigment materials as, said conveyor (410) of said other drying (500) is located at the top of.

Such said transfer unit (400) to operate close to the loop frequency of configuring and operating in the same page of a rapidly and to reduce a memory to.

On the other hand, said drying station (500) the, said transfer unit (400) connected said transfer unit is formed (400) being transferred said fruit (10) surface which remains moisture drying outside by a cap is is responsible for.

To this end, said drying station (500) the, said transfer unit (400) the sheet is fed through the said fruit (10) disposed in a horizontal direction to transfer of the dry conveyor (510) may comprise an.

And, said drying station (500) the, said drying conveyor (510) dried on conveyor (510) fruit conveyed rotation of (10) to the fruit as wind blowing, (10) is dry a blower (520) may comprise an.

Wherein, said drying conveyor (510) the, said fruit (10) while transfer of the blower (520) jetted from can be dried by wind, fruit (10) as required by a user with a state of the rotational speed has a watch upper surface. may be used.

I.e., said fruit (10) washing water on the surface of (30) remaining state of charge is electrically connected to each other through a and produces less than if the ligaments were, said drying conveyor (510) slowly of being rotated and said blower (520) jetted from strongly strength of wind can be control.

The, said blower (520) intensity of wind jetted from said fruit (10) water flowing into the water tank and adaptability without sacrificing is fruit intensity (10) it is preferable that the inclined at a predetermined angle to be.

Vice versa, said fruit (10) washing water on the surface of (30) and produces less state of charge than if the ligaments were many bacteria when, said drying conveyor (510) with the understanding that it will not of being rotated and said blower (520) jetted from weakly strength of wind can be control.

In particular, said drying station (500) the, said drying conveyor (510) dried in of fruits (10) after drops and can be accommodated, in the shape of a mesh to style with air vertically formed receiving plate (530) may include a.

I.e., said drying conveyor (510) on said blower (520) are dried by means of fruits (10) the drying conveyor (510) in said receiving plate (530) is urged the dropped from.

In particular, said fruit (10) is said drying conveyor (510) in said receiving plate (530) progressing in, said bowl dispenser in order to minimize drying conveyor (510) and receiving plate (530) having an inclination angle of downward between sheet-like recognition for the falling of a LH plug (540) .can be arranged.

Such LH plug falling said (540) the, said drying conveyor (510) passed through the fruit (10) is said falling LH plug (540) in method of preparing phosphor for dry electrophotographical welded part in a state of being inserted to said receiving plate (530) fruit to can be moved (10) is elastically to minimize the formation of is can be made.

Wherein, said conveyor (510) and said receiving plate (530) the distance recognition for the falling of said fruit (10) but have damage while drops for the falling of a preferably to form a distance.

Together, said receiving plate (530) the, detection of wind can be ventilation water flowing through is formed in the shape of a mesh is exposed to the surface of the preferably it is adapted for disposition on the.

Also the present invention according to Figure 3 shows a device omitted using air bubble represent one. surface thereof, and the other embodiment.

Also 3 according to Figure 4 shows a also is surface indicating the usage state.

Also by referring to 1 and 2, also surfaces of a 3 and 4, as above-mentioned, said washing unit (200) the, said located portion (100) is formed on one said fruit (10) for cleaning a water (30) since the is placed in, said washing water (30) through the fruit (10) are inserted to be connected to the is cleaning of the touch screen display.

And, said washing unit (200), which is received in a washing water (30) the, blued dioxide (ClO₂) the fruit (10) while an upper portion of of maintaining clean fruit consumer (10) of a rated ingestion of, harmless human body is enabled.

To this end, said washing unit (200) the, blued dioxide for generating a blued dioxide generator (210) and a, said blued dioxide generator (210) a blued dioxide generated in said washing unit (200) receiving washing water (30) supplying a supply nozzle (220) may include a.

Such, blued dioxide sterilization box, a sterilizing effect and having a aerobic bacteria to minimize the number of moulds which comprises, since washing water said composition is one or more (30) mixed the fruit (10) of maintaining clean is enabled an upper portion of.

Said washing water (30) temperature of blued dioxide may be dissolved in is to a temperature not less 25 °C to 15 to it is preferable that the.

Wherein, 1 ℓ and blued dioxide 9 ℓ of water 1000 PPM solution 100 PPM surface is mixed with a background object component is made in is 10 ℓ blued dioxide.

And, blued dioxide 8 ℓ and 2 ℓ solution 100 PPM 20 PPM surface is mixed with a background object component of water is made in is 10 ℓ blued dioxide.

To the washing water (30) the blued washing water said titanium dioxide layer (30) is 20 to 30 PPM dioxide preferably as a blued.

More specifically, said washing unit (200) the, said fruit (10) is 20 to 30 PPM a blued dioxide washing water (30) in 60 to 120 seconds to be cleaning it is preferable that the.

Therefore, said washing water (30) is 20 to 30 PPM the reason for this is that the a blued dioxide, washing water or higher; and a 20 PPM is blued dioxide (30) including fungi bacteria in significantly germ valence of microorganisms is thus decreased.

And, over 30 PPM is blued dioxide, generates a blued dioxide are driven enters and expensive, of microorganisms is blued dioxide germ possibility 20 PPM or higher; and a washing water (30) in this case minimum washing water (30) exceeds a blued dioxide is 30 PPM. the result that no.

Together, said fruit (10) is 20 to 30 PPM a blued dioxide washing water (30) in the reason for this is that the cleaned 60 to 120 seconds, said fruit (10) is cleaned in less than 60 when, minimizing germ possibility of microorganisms the signal with a predetermined consumption is insufficient.

Furthermore, said fruit (10) exceeds the medical 120 is when to be cleaned, in making the minimum germ possibility of microorganisms only in a region resource is consumed..

As a result, said fruit (10) is 20 to 30 PPM a blued dioxide washing water (30) 60 to 120 seconds in it is preferable that the cleaned.

The, said washing unit (200) the, said fruit (10) is 20 to 30 PPM a blued dioxide washing water (30) 60 to 120 seconds in can be cleaning said fruit (10) of controlling the flow of flow controller (270) may comprise an.

Said flow controller (270) the, said washing unit (200) on top of an axis of rotation disposed width direction (272) and, said axis of rotation (272) said washing unit linked while it is being rotated (200) fruit said hole (10) of sheet-like of controlling the flow of hole (274) may include a.

And, said flow controller (270) the, said axis of rotation (272) a bi-directional is rotatably power the servomotor (276) and a, said hole (274) external open time and timing of a among buttom (278) may include a.

Together, said flow controller (270) the, said hole (274) perforated in the hole said plurality dog (274) are closed when, said washing water (30) flow-adapted to fruit (10) blocking flow of screening hole (275) may include a.

I.e., said flow controller (270) the, said washing unit (200) intermediate from over the top said washing water (30) can be arranged in the to being admitted to, particularly, said servomotor (276) and the rotating shaft (272) and accordingly, the excessive drive (278) the washing unit (200) upper side of the high temperature and under high pressure as to be exposed to the outside, said hole (274) the washing unit (200) washing water inside (30) is disposed being admitted to.

And, said hole (274) the washing unit (200) being located in the widthwise direction of said fruit (10) is said washing unit (200) with a within can be a cylindrical.

Wherein, said hole (274) is said washing unit (200) when closure of the interior of, said hole (274) home of selecting (275) said fruit through (10) can flow of and cleaning is interrupted (30) can be the to float freely.

Therefore, said hole (274) is said washing unit (200) by closing an interior of said fruit (10) and has a hollow cylindrical flow of the reason for this is that the fruit (10) is 20 to 30 PPM a blued dioxide washing water (30) 60 to 120 seconds to be cleaned in order to ensure that the.

Therefore, said fruit (10) thereby to open/close a plate (274) can tube is interrupted by (30) in 60 to 120 seconds after the cleaned, said hole (274) is opened while said fruit (10) is transfer unit (400) is and moved from a.

Wherein, said washing unit (200) of washing water (30) fruit in (10) the heat to flow because referred to in said sound generating bodies the directions of which dispensed to the described.

The, said hole (274) at a time for opening both directions provides the motive force is a rotatable servomotor (276) and, said servomotor (276) operates by the power of shaft (272) is, axis of rotation (272) hole by (274) interworking with a..

Such, said hole (274) thereby to open/close a uses a modem using a plurality, buttom said user (278) located at one end by handling the input command as reaches a predetermined value set by a than is.

Therefore, said flow controller (270) through said fruit (10) of maintaining clean is enabled an upper portion of.

Said flow controller (270) a cleaned via the fruit (10) a conveyor (410) welded part in a state of being inserted to conveyor (410) the sheet is fed through the..

Figure 5 shows a device omitted using air bubble also the present invention according to another of. surface thereof, and the representing in the embodiment.

Also 5 according to Figure 6 shows a also is surface indicating the usage state.

Also by referring to 1 and 2, also 5 and 6 at a portion corresponding to the separable, as above-mentioned, said transfer unit (400) the, said washing unit (200) fruit said cleaned is formed on one (10) is said drying station (500) serves to be transferred is especially is responsible for.

Such said transfer unit (400) the, said washing unit (200) washing water in (30) underwater fruit (10) drying said magazine is transferred by the upper cover and the lower (500) is transferred to an address to be accessed to a, said washing unit (200) in said drying station (500) is arranged in a direction upwardly booster which is be disposed in a.

To this end, said transfer unit (400) the, said washing unit (200) of fruit (10) while transfer of the fruit (10) on the surface by which the residual washing water (30) of a lower part of the is submerged in to a conveyor formed in the shape of a mesh (410) may comprise an.

And, said transfer unit (400) the, said conveyor (410) on the outer surface of the vertically formed on said conveyor (410) onto the upper surface of up of fruits (10) again washing unit (200) at both a plate (420) may include a.

Furthermore, said transfer unit (400) the, said conveyor (410) to transmit torque to a transfer shaft (430) and, said transfer shaft (430) the a moving motor (440) and a, said conveyor (410) to a wind up said transfer shaft (430) while in cooperation with rotation of said conveyor (410) turning a pulley (450) may comprise an.

Wherein, said conveyor (410) one end of the washing unit (200) of washing water (30) is in water by said washing water (30) in said solution has a (300) with a by said fruit (10) is said conveyor (410) outputs a relay driving signal. the possibility of coming caveolae on the upper surface of.

And, said conveyor (410) of said washing unit other (200) is arranged to be exposed outside the hole said conveyor (410) welded part in a state of being floating on the upper surface of said fruit that is fed to (10) is said drying station (500) to may be supplied to said drying station (500) for drying conveyor (510) is be disposed in a above the second substrate, such that.

Therefore, said conveyor (410) according to the rotation of said conveyor (410) conveyed fruit (10) is said drying conveyor (510) to be supplied onto the upper surface of is.

The, said plate (420) the, said conveyor (410) is said washing unit (200) in said drying station (500) is arranged in a upward them formed inclined a due to the, said conveyor (410) on the upper surface a released said fruit (10) same by gravity said conveyor (410) second washing unit in (200) direction when the heating vessel is put on is transmits a to shield a.

I.e., said conveyor (410) is formed at the lower portion of inclined up even though the rotated at state, said plate (420) fruit by (10) fixing the while the substrate is supported said conveyor (410) on said drying without (500) to be satisfactorily supplied to. which the number of steps can be.

And, said conveyor (410) the, said pulley (450) to wound on a pulley (450) is linked by is rotated, said pulley (450) the transfer shaft (430) is linked by rotation of, said transfer shaft (430) the transfer motor (440) the power to through is intended to be rotated to receive a digital sound source.

Thereby, said conveyor (410) has is spun while said fruit (10) for said drying station (500) for drying conveyor (510) to easily constitution: in a method for determining the recording operation..

On the other hand, said transfer unit (400) the, said conveyor (410) disposed inclination of a height so as to change the angle implantation installation (460) and, said implantation installation height (460) to said transfer shaft (430) first and a second height and distance by the height-piercing plurality control worker (470) may include a.

The, plurality of height control worker (470) the, said implantation installation height (460) on dog plurality various heights may be formed, said implantation installation height (460) on said washing unit (200) from distance matrix type within a device searches motion vectors in plurality may be formed.

Wherein, said transfer unit (400) the, said fruit (10) is said washing unit (200) in drying (500) is smoothly conveyed toward the can be is transmits a, which may also serve to.

Therefore, said transfer unit (400) conveyor (410) the washing unit (200) and a drying station (500) according to height difference or distance between that is movably arranged is rounded it is preferable that the state has changed.

Particularly, said washing unit (200) and a drying station (500) is away from the distance between and induces no damage or pain of the required than provided with a closely distance said transfer unit (400) conveyor (410) arrangement of can be to pass through the inclination angle.

I.e., said washing unit (200) and a drying station (500), and the distance between the between when, said transfer unit (400) conveyor (410) are horizontal attached to a frame rail of the long in the directions of front and, said washing unit (200) and a drying station (500) when nearer the distance between, said conveyor (410) of a steel having an inclined angle can be attached to a frame rail of the.

Furthermore, said drying station (500) for drying conveyor (510) said washing unit, and the height of the tooth (200) elevation which is above that of said higher if conveyor (410) is will be tilt angle of.

Therefore, said height control worker (470) through said conveyor (410) smoothly state by controlling the placement of said conveyor (410) or is installed is, in the vertical direction and booster can be arranged to the recording operation..

Particularly, said conveyor (410) of said drying station (500) is formed in a portion adjacent to a transfer shaft (430) is said implantation installation height (460) control worker height insulating layer of said material formed at upper portion of a (470) when connected to, said conveyor (410) on angle arrangement of angle to the tilted in one direction and can be.

Vice versa, said conveyor (410) of said drying station (500) is formed in a portion adjacent to a transfer shaft (430) is said implantation installation height (460) of the first formed on a lower portion of insulating layer control worker (470) when connected to, said conveyor (410) is installed arrangement of angle can be at an angle to the boundary.

Such said conveyor (410) the width arrangement of said washing unit (200) and a drying station (500) portion near the fuel tank of said conveyor (410) is modifiable in is the horizontal distance, said conveyor (410) said height control worker arrangement of angle (470) to said transfer shaft (430) according to the position is coupled can be has a watch upper surface.

The of said, by which harmful surface agricultural products the consumer closes an upper portion of material when ingested-a preservative or an harmful substances disclosed in the present invention minimize the, safety in a in a effectively an effect on safety is product has a.

And, agricultural closes an upper portion of the manpower and time required to structure of a first substrate inside of product has a stored in a is.

Together, agricultural products in a large amount while an upper portion of the smooth short time closes an upper portion of agricultural plate, the light to improve the quality of the, of to prevent reduction of an operation efficiency, the TEOS fixed is enabled.

Or more with an reference to drawing but described examples of the present invention embodiment, the present invention refers to said embodiment is supported by the upper case and limited to examples different in various forms can be manufactured, a person with skill in the art in the present invention is in the field of the essentially or technical idea of the present invention without changing the features form the embodiment can be database for each consumer 2000. Therefore embodiment described or more exemplary in all of examples and there has defined the main. must understood.