KR20090113136A - A sorting-packing system for vegetable separated from vegetable cultivator - Google Patents

Abstract

PURPOSE: A cultivator and a fruit and vegetable sorting-packing system are provided to produce quality fruits and vegetables at high speed by automatically progressing successive washing, sterilization, cooling-dehydration, and selection and packaging processes. CONSTITUTION: A fruit and vegetable sorting-packing system comprises a cultivator opening apparatus(700), an automatic sorting-packing apparatus, and a transfer apparatus. The cultivator opening apparatus opens a cultivator(10) and removes fruits and vegetables from the cultivator. The automatic sorting-packing apparatus sorts the fruits and vegetables from the cultivator according to reference and automatically packs the selected fruits and vegetables. The transfer apparatus transfers the cultivator and fruits and vegetables to the cultivator opening apparatus and the automatic sorting-packing apparatus.

Description

Fruit sorting-packing system for vegetable separated from vegetable cultivator}

The present invention relates to a growth cultivation and fruit and vegetable sorting packaging system separated and separated, more specifically, to easily open a growing cultivation containing fruit and vegetables such as cucumbers, eggplants at a high speed to separate the fruit and vegetables from the growing cultivation In addition, the present invention relates to a grower and a fruit vegetable sorting and separated fruit vegetable sorting and packaging system for automatically washing, sterilizing, cooling drying, sorting and packing the separated fruit vegetables according to the process sequence.

Recently, fruits and vegetables such as cucumbers and eggplants (hereinafter referred to as "cucumbers") are grown throughout the year and are shipped throughout the year in greenhouses or plastic houses. To this end, farmers cultivating these forms a cover member made of a synthetic resin material such as polyethylene and polypropylene in a form suitable for growing cucumbers, thereby making it easy to grow and improve the quality of the product.

1A and 1B are perspective views illustrating an example of a conventional grower. Conventional growth cultivator 10 is divided into half, as shown, by connecting only one side in the longitudinal direction by the finger portion 21 having an outwardly elastic force in the longitudinal direction to form the other side open, the open portion When combined and fastened to form a space portion having the outer shape of the cucumbers growing therein, a plurality of vent holes 22 are formed on the surface and the stem inlet is introduced into the stem of one side and the other side end By the cover body 20 in which the hole 23 and the flower extraction hole 24 are formed, the pesticide is prevented from remaining on the surface of the cucumber by blocking the pesticide sprayed several times while the cucumber is grown and grown inside. While it is possible to produce a pesticide-free cucumber that can be eaten with confidence, it is possible to improve the marketability of the cucumber by growing cucumber along the shape of the cover body (20).

In the growth cultivator 10, cucumbers grow in a state where the engaging protrusion 31 is coupled to the engaging jaw 32 in the engaging separation part 30 formed in the open portion in the longitudinal direction of the cover body 20. The cover body twist prevention protrusion 33 which prevents the flip of the cover body 20 due to the expansion pressure applied to the inside is formed to protrude so as to wrap around both ends of the locking jaw 32, and the cover body is coupled and fastened. In order to separate and open the 20 using a finger, the cover body separation opening support part 34 is formed in the upper part of the locking jaw 32 and the one side of the cover body distortion prevention protrusion 33, respectively, and a cucumber grows up. While the cover body 20 is prevented from being distorted by the inflation pressure applied to the inside of the cover body 20 unevenly, it is possible to reuse and secures a uniform shape and size, thereby increasing the merchandise and easily combining and separating. Work efficiency Thereby.

In order to ship the cucumbers cultivated through the growth cultivator 10, a work of opening the growth cultivator 10 and separating the cucumbers from the growth cultivator 10 is required. In particular, the growth cultivator (10) and the separation work of the cucumber is all progressed manually by the farmer, there is a problem that the labor force for harvesting and shipping is concentrated.

In addition, by pressing the cover body separate opening and closing support portion 34 through the hands of farmers to open the growth cultivator 10 for a long time, a large amount of load to the load constantly applied to the hand with a decrease in productivity due to simple repetitive work There is a problem that it is difficult to increase the shipment due to the fatigue and the resulting work efficiency is reduced.

Moreover, since the separating operation of the growth cultivator 10 and the cucumber proceeds by hand, damage occurs to the cucumbers when the growth cultivator 10 is separated from the growing cultivator 10, thereby degrading the product quality or lowering the yield of the product.

In addition, since the cucumbers separated by manual labor are shipped or stored only after a separate sorting, washing, and packaging process, there is a problem in that additional labor is required to perform this.

Therefore, the present invention is to solve the above problems, to grow the fruit cultivator containing fruit and vegetables such as cucumber, eggplant at a high speed to easily separate the fruit and vegetable from the growing cultivator, and wash the separated fruit vegetables according to the process sequence Its purpose is to provide a growth cultivation system, separate fruit and vegetable sorting and separated fruit vegetable sorting and packaging systems that enable automatic sterilization, cooling and drying, sorting and packaging to be shipped quickly and commercially. .

In order to achieve the above object, the present invention, a growth cultivator open separation device for opening a growth cultivator for cultivating fruit vegetables with a space therein and separating the fruit vegetables inside; An automatic sorting and packing device for sorting the fruit vegetables separated by the open separator according to a predetermined standard and automatically packaging the selected fruit vegetables; And a transfer device for transferring the growth cultivator and the fruit vegetable to the open separator and the automatic sorting packaging device. The growth cultivator and the fruit vegetable separated and separated fruit vegetable sorting packaging system are provided. .

Preferably, the growth cultivator open separation device, the cover body is provided with a space, divided in half in the longitudinal direction by connecting the one side by the finger portion having an outward elasticity force, the other side is formed to open, and Coupling separation portion is formed in a pair of a locking projection formed in one upper end of the other side open in the longitudinal direction of the cover body, and a locking jaw formed in the other upper end of the other side and coupled with the locking projection to couple the cover body A transfer part for contacting the cover body of the growth cultivator formed in plural along the other open side of the cover body to transfer the growth cultivator; An opening to press the coupling separation unit of the growth cultivator transferred by the transfer unit to separate the locking projection and the locking jaw to open the growth cultivator; And a separating part which completely opens the other side of the cover body of the growth cultivator opened by the opening part and separates the fruit vegetable inside from the growth cultivator.

Preferably, the transfer unit, and the first transfer unit for transferring the growth cultivator in contact with the carbonated portion; It may include; and the second and third transfer portion in contact with both side divided parts of the cover body divided by the finger portion.

Preferably, the openings are arranged in pairs such that the open rollers having the rotating disks by the shaft and the shafts face each other with the growth feeder feeding path therebetween so that the side surfaces of the rotating disks are in contact with the coupling separators. The distance between the rotational discs of the open rollers arranged in the pair is set to be smaller than the interval of the coupling separation unit, by pressing the coupling separation unit at both sides by the side of the rotary disc at the same time rotated while the growth cultivation is conveyed by the transfer unit Can be opened.

Preferably, the opening portion is a cylinder block including a cylinder, a cylinder arm that is started in a direction perpendicular to the feed direction of the growth cultivator by the cylinder and the cylinder arm, and a crossbar that presses the coupling separating portion. It is arranged in pairs so as to face the transfer path of the growth cultivator in between, and in the state of stopping the growth cultivation conveyed by the transfer unit, it is possible to press and open the coupling separating portion at the same time by the crossbar at the same time. .

Preferably, the opening portion has a plurality of pressing protrusions protruding from the crossbars, and by the pressing protrusions, the coupling separating portions can be simultaneously pressed to open while being in contact with each other on both sides.

Preferably, the opening portion, the air supply; And an air nozzle connected to the air supply and discharging the high pressure air supplied from the air supply, wherein the air nozzle is formed at both ends of the growth cultivator in the longitudinal direction for stem insertion and flower withdrawal. It is formed in a shape corresponding to the, and in the state in which the growth cultivator to be transported by the transfer unit is stopped, it may be temporarily coupled to the hole to discharge the high-pressure air into the growth cultivator to open.

Preferably, the separating portion, a pair of air pads respectively adsorbed on both sides of the cover body; A cylinder having a cylinder arm reciprocating in one direction; And a pair of branch arms and anchors for fastening the cylinder arms and the respective air pads, wherein the cover body adsorbed to the air pads by the cylinders is flipped on the basis of the burnt edges. Located in the rear, when the air pad adsorbs both sides of the cover body and the cylinder is lowered, a pair of branch arms are rotated and opened through the anchor, so that the growth cultivator opened by the opening device. The other side of the cover body can be completely opened to separate the fruit vegetables inside the grower.

Preferably, the washing device for washing the fruit vegetables conveyed by the transfer device from the open separator; Sterilizer for sterilizing the fruit vegetables; And, Drying apparatus for drying the skin of the fruit vegetables; may further include in turn between the open separation device and the automatic sorting packaging device.

Preferably, the washing device comprises a compressor for supplying air at a higher pressure than atmospheric pressure; A washing device main body through which the conveying device is installed and providing a space for injecting the high pressure air into the fruit vegetable passing through the fruit vegetable by the conveying device; And an inhaler for inhaling air in the body and discharging the air to the outside.

Preferably, the sterilization device, the transfer device is installed so as to penetrate the inside, may include an ultraviolet lamp for irradiating the ultraviolet light to the fruit vegetables conveyed through the inside by the transfer device.

Preferably, the drying apparatus, the cooler for supplying air at a temperature lower than the temperature outside the drying apparatus; And a drying apparatus body in which a space for injecting the low temperature air from the cooler is formed in the fruit juice conveyed by the conveying apparatus installed to penetrate the inside.

According to the growth cultivation and fruit vegetable sorting and separated fruit vegetable sorting packaging system according to the present invention, the fruit cultivation containing fruit and vegetable is easily opened at a high speed to separate the fruit and vegetable from the growth cultivator, and the separated fruit and vegetable are grown and grown The cleaning, sterilization, cooling drying, sorting, and packaging processes can be performed sequentially and automatically, thereby increasing the work efficiency while minimizing input labor and increasing the shipment volume of fruitable fruits and vegetables.

DETAILED DESCRIPTION The detailed description set forth below in connection with the appended drawings has been made with the intention of describing preferred embodiments of the invention, and does not represent the only forms in which the invention may be practiced. It should be noted that the same or equivalent functions included in the spirit or scope of the present invention may be achieved by other embodiments.

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

Figure 2 is a perspective view showing a growth cultivation and fruit and vegetable sorting packaging system separated and separated according to an embodiment of the present invention.

Growing cultivation and fruit and vegetable sorting packaging system (600, hereinafter referred to as "separation sorting packaging system") according to an embodiment of the present invention, growth cultivator open separation device 700, automatic sorting packaging device (750 And a transfer device 850.

When the growth cultivator 10 is transferred through the cap cucumber injection conveyor 851 of the transfer apparatus 850, the open separation device 700 automatically separates the internal cucumbers from the growth cultivator 10.

To this end, the open separation device 700 is installed on the path of the cap cucumber injection conveyor 851, open and separate the cucumber from the growth cultivator 10 is transported from one side, the cap cucumber 11 separated Dropping on the other side of the input conveyor (851), and delivers the separated growth cultivator 10 to the cap recovery conveyor 852 so that the growth cultivator (10) is received by the recovery means for reuse.

Here, the open separator 700 may be divided into various types of openings and air pads, such as roller type, integral punch type, separate punch type, and air injection type, depending on the shape, type, and quantity of the growing plant 10. It can be applied integrally.

Figure 3a is a perspective view showing a roller-type opening in the open separation device of the separation sorting packaging system according to an embodiment of the present invention, Figure 3b is a front view of Figure 3a.

In the present invention, the roller-type opening part 100 is configured to include a conveying rail 110 and the opening roller 120.

The conveying rail 110 transfers the growth cultivator 10 and is positioned on the open roller 120, and supports and fixes the growth cultivator 10 when pressurized by the open roller 120. The conveying rail 110 is composed of one or more pairs of rails, and contacts the cover body 20 of the growing cultivator 10 to convey the growing cultivator 10. In addition, the transport rail 110 is installed is adjusted so that the coupling separator 30 of the growth cultivator 10 is located between the open roller 120.

In the roller type opening part 100 of the present invention, the conveying rail 110 faces both sides of the first conveying rail 111 and the cover body 20, which are in contact with the vicinity of the finger portion 21 of the cover body 20. It is configured to include a second conveying rail 112 and the third conveying rail 113 is disposed. Among the first conveying rails 111, when the growth cultivator 10 is in contact with the open roller 120, the growth cultivator 10 is not separated by the open roller 120, and the growth cultivator 10 ) Is to transport.

And the second conveying rail 112 and the third conveying rail 113 is a growth cultivator so that the combined separator 30 of the growth cultivator 10, in particular, the support for separating opening 34 is located between the open roller 120. (10) serves to transport and support. In addition, the configuration and arrangement of the conveying rail 110 may be somewhat different from that presented by this invention.

Particularly, in the case of the conveying rail 110, the growth and cultivation of the growing cultivator 10 may be performed by using one or more pairs of rails, but the number of the conveying rails 110 is illustrated by showing three sets of examples for stable conveying and opening. It does not limit the features of this invention.

The open roller 120 presses the coupling separator 30 of the growing cultivator 10, in particular, the support for separating opening 34 from both sides to open the growing cultivator 10 so that the cucumbers can be easily taken out.

To this end, the open roller 120 is to be in contact with the coupling separator 30 of the growth cultivator 10 is transported by the conveying rail 110, as shown in the center of the growth cultivator 10 transport direction It is composed of one or more pairs arranged to face each other. That is, the open rollers 120 are arranged such that a virtual line connecting the center of a pair of open rollers 120 intersects with the growth cultivator 10, and a plurality of such open rollers 120 are installed along the transport direction. do.

In the roller type opening part 100 of this invention, although three pairs were shown to be arrange | positioned, this does not limit this invention. The open roller 120 is composed of a shaft 125 and the rotating disk 126 to press the coupling separator 30 by using the side of the rotating disk 126. The rotation disc 126 is preferably rotated in the conveying direction of the growth cultivator 10 by the shaft 125 so as to facilitate the transfer and opening of the growth cultivator 10.

The pair of open rollers 121 and 122 are arranged such that the width between the rotating discs 126 has a width that is somewhat narrower than the width of the pair of the separating opening support portions 34 of the coupling separator 30. As a result, the separating opening support part 34 of the growth cultivator 10 being transferred between the rotating discs 126 is inserted, and the separating opening support part 34 is formed by the side surfaces of the pair of rotating discs 126 having a narrow width. ) The pair is pressurized in different directions, and the separation opening support part 34 is released from the locking projection 31 and the locking jaw 32.

The roller-type opening part 100 provides an advantage that the work speed is fast and the structure is easy to install by continuously opening the growth cultivator 10 by the rotating opening roller 120 and the transfer rail 110. , Less damage to the growth cultivator 10 provides a variety of advantages in terms of cost.

Figures 4a to 4d is an exemplary view showing an integral punching opening in the open separation device of the separation sorting packaging system according to an embodiment of the present invention. Figure 4a is one side perspective view, Figure 4b is an enlarged front view showing a portion A of Figure 4a, Figures 4c and 4d is an enlarged front and bottom view showing an enlarged portion A when the growing cultivation is open to be.

In the present invention, the integral punch opening 200 includes an opening means 210 and a transfer means 240. In addition, the opening means 210 includes a cylinder 211, a cylinder arm 212, first to third crossbars 213, 215, 216, and a support arm 214, and the transfer means 240. The guide plate 241 and the transfer rail 242 is configured to include.

The opening means 210 opens the growth cultivator 10 in the stopped state by being transferred through the transfer means 240 so that the user can easily take out the cucumbers in the growth cultivator 10.

To this end, the opening means 210 is provided so that the third crossbar 216 is in contact with the growth cultivator 10 with a pair of interposed therebetween so that the growth has been transferred by the transfer means 240. A constant pressure is provided to both sides of the coupling separator 30 at the same time in the transport direction and the vertical direction of the cultivator 10 for a short time.

In more detail, the opening means 210 is perpendicular to the longitudinal direction of the cover body 20 toward the separation direction of the coupling separator 30 exposed to the external space in the stopped state during the growth cultivation 10 Temporarily applying a shock in the opening to open the growth cultivator 10 by hitting the support 34 for separation and opening of the coupling separator 30.

To this end, the opening means 210 includes a cylinder 211, a cylinder arm 212, first to third crossbars 213, 215, and 216 and a support arm 214.

The cylinder 211 reciprocates the cylinder arm 212 connected to one side of the driving unit in a direction perpendicular to the conveying direction of the growing cultivator 10 or in a lengthwise direction perpendicular to the longitudinal direction of the growing cultivator 10. On the other side of the cylinder arm 212, the first crossbar 213 is coupled to be perpendicular to the cylinder arm 212 as shown.

The support arm 214 connects the first crossbar 213 and the second crossbar 215. The third crossbar 216 fixed to and supported by the second crossbar 215 is maneuvered in the direction of growth cultivation 10 in accordance with the operation of both cylinders 211, through which the third crossbar 216 is grown. It is contacted and pressurized by both sides of the support part 34 for separate opening of (10).

Accordingly, as the separation opening support part 34 moves inwardly from each other, the locking jaw 32 is separated from the locking protrusion 31 to open the growth cultivator 10 as shown in FIGS. 4C and 4D.

The transfer means 240 transfers the growth cultivator 10 to the opening means 210. To this end, the conveying means 240 is configured to include a guide plate 241 and the conveying rail 242.

The guide plate 241 provides a movement path of the growth cultivator 10 and prevents the growth cultivator 10 from leaving the transfer rail 242. To this end, the guide plate 241 is supported in contact with the vicinity of the finger portion 21 of the growth cultivator 10, through which the growth cultivator 10 is slid along the surface of the guide plate 241. The guide plate 241 is provided in the form of a flat plate, a pair of transport rails 241 on the surface in contact with the growth plate 10 and the guide plate 241 is disposed spaced apart by the growth cultivator 10 width.

The transfer rail 242 transfers the growing cultivator 10 along the guide plate 241. To this end, the conveying rail 242 may be installed in the form of a conveyor belt as in the above-described embodiment.

Figures 5a and 5b is an exemplary view showing a separate punch type opening in the open separation device of the separate sorting packaging system according to an embodiment of the present invention, Figure 5a is one side perspective view, Figure 5b is the growth cultivator of Figure 5a is open An enlarged bottom view showing an enlarged portion A of the case.

In the present invention, the separable punch opening part 300 includes an opening means 310 and a transfer means 340. In addition, the opening means 310 is configured to include a cylinder 311, the cylinder arm 312, the first and second crossbars (313, 315), the support arm 314 and the pressing projection 316, and transfer The means 340 comprises a guide plate 341 and a conveying rail 342.

5A and 5B, the split punch opening 300 shown in FIGS. 5A and 5B has the same configuration as that of the integrated punch opening 200 of FIGS. 4A to 4D. Therefore, detailed description of the same configuration as the above-described embodiment will be omitted.

As for the separate punch opening part 300, the pressing protrusion 316 is formed in place of the third crossbar 216 of the integrated punch opening part 200. That is, at least one pressurizing protrusion 316 is formed in the second crossbar 315, and the pressurizing protrusion 316 simultaneously presses the support for separating and opening 34 from both sides to open the growth cultivator 10. . To this end, the pressing protrusion 316 is formed on the second crossbar 315 corresponding to the interval and the position where the support 34 for opening and separating the growth cultivator 10 is formed.

The separate punch opening part 300 is different from the one-piece punch opening part 200 described above, which has the advantage of opening the growth cultivator 10 at one time through one pressing action. It is possible to pressurize and open selectively.

6A and 6B illustrate an air pad type separator in an open separator of a sorting and packing system according to an embodiment of the present invention, and FIG. 6A shows the start of opening the cover body to separate the cucumber from the growing cultivator. 6B is an exemplary view illustrating the operation, and FIG. 6B is an operation example illustrating the end of opening the cover body to separate the cucumber from the growing plant.

The air pad type separating part 400 of the present invention is connected to the separating part by the opening part of any one of the roller type opening part 100, the integral punch type opening part 200, or the separation type punching type opening part 300 ( In the open state 30, the cylinder 410, cylinder arm 420, anchor (to open the other side of the cover body 20 of the growth cultivator 10 to separate the cucumbers from the growth cultivator 10) 430, a branch arm 440, and an air pad 450.

The cylinder 410 moves the cylinder arm 420, the anchor 430, the branch arm 440, and the air pad 450 by reciprocating motion to provide a force for separating the growth cultivator 10 from cucumbers. In addition, the reciprocating motion of the cylinder 410 is transmitted to the anchor 430 through the cylinder arm 420. The cylinder arm 420 is coupled to the piston inside the cylinder 410, and starts up as the piston moves to reciprocate the anchor 430 in one direction. In addition, the cylinder arm 420 is coupled to the piston, that is, the cylinder 410 on one side, and is coupled to the anchor 430 on the other side.

The anchor 430 couples the cylinder arm 420 and the branch arm 440, and in particular, the pair of branch arms 440 move and move the branch arm at a predetermined angle according to the reciprocation of the cylinder arm 420. 440 is combined.

One end of the branch arm 440 is coupled to the anchor 430 so as to be opened or closed at a predetermined angle, and the other end thereof is rotatably coupled to the air pad 450 by the rotation shaft 460. The branch arm 440 pulls the air pad 450 as the cylinder arm 420 is moved in the pulling direction as shown in FIG. 6B, and completely opens and covers the cover body 20 of the growing cultivator 10. Isolate.

The air pad 450 is coupled to the branch arm 440 by the rotation shaft 460, and absorbs the growth cultivator 10 so that the cover body 20 is opened according to the maneuver of the branch arm 440. To this end, the air pad 450 may have an empty space formed therein, and a rubber and synthetic resin material having good adhesion may be applied to the contact surface with the growth cultivator 10, but the present invention is not limited thereto.

In addition, the empty space formed on the contact surface of the air pad 450 and the growth cultivator 10 is a vacuum state is formed by the air suction device when the air pad 450 and the growth cultivator 10 is in contact with the air pad ( 450 allows the cover body 20 of the growth cultivator 10 to be adsorbed. To this end, a separate suction device may be connected to the air pad 450, but rather, a vent hole is formed in the branch arm 440, the anchor 430, and the cylinder arm 420, and air is condensed in the cylinder 410. It is advantageous to allow the voids of the pad 450 to condense together. However, this does not limit this invention. And the air pad type separation unit 400 of the present invention is installed on the side of the stopper 21 of the growth cultivator (10).

7 shows an example in which the open separation device of the separation sorting packaging system according to the embodiment of the present invention is configured by an air injection method.

The air injection opening 500 of the present invention includes an air supplier 510 and an air nozzle 520.

The air supplier 510 supplies the high pressure air to the growth cultivator 10 through the air nozzle 520. The air supplied through the air supply 510 is supplied into the growth cultivator 10 so that the internal pressure is increased to open the coupling separator 30 of the growth cultivator 10.

The air nozzle 520 supplies the high pressure air from the air supply to the growth cultivator 10. The air nozzle 520 is inserted into the stem inlet hole 23 or the flower outlet hole 24 of the growth cultivator 10, thereby supplying air into the growth cultivator 10. In addition, the air nozzle 520 may be formed in a solid shape to facilitate coupling with the stem inlet hole 23 or the flower outlet hole 24.

The air injection type open separator 500 also has the cover body 20 of the growth cultivator 10 by the air pad type separator 400 of the present invention in a state where the combined separator 30 is opened as described above. The other side can be completely opened to separate the inner cucumber from the growth cultivator 10.

As shown in FIG. 2, the cucumber 11 separated through the open separator 700 and dropped on the other side of the cap oil injection conveyor 851 may include an elevation conveyor 853 and a selection conveyor 854. It is transferred to the automatic sorting packaging device 750 through.

The automatic sorting packaging device 750 sorts the cucumbers 11 separated from the growing cultivator 10 according to a preset standard, sorts them, and automatically packages them. To this end, the automatic sorting packaging device 750 includes a control device 751, an image acquisition device 760, and a packaging device 770.

The control device 751 determines the grade of the cucumber 11 introduced into the image acquisition device 760 according to the image from the image acquisition device 760, and controls the packaging device 770 to be selectively packaged according to the determination result. To control.

A setting value for determining the grade of the cucumber 11 is input to the control device 751 by the user, and has a control function for controlling the image acquisition device 760 and the packaging device 770.

8 schematically illustrates a configuration of a control unit of the sorting unit of the separation sorting packaging system according to an embodiment of the present invention.

The automatic sorting packaging device 750, in particular the control device 751, sorts the cucumbers 11 according to the image data from the image acquisition device 760. This series of processes is performed through various processing units of the control device 751 and the image acquisition device 760 shown in FIG.

First, when the cucumber 11 is input to the image acquisition apparatus 760, the image acquisition apparatus 760 measures the image of the cucumber 11 according to a preset reference as shown in Table 1.

Table 1 shows an example of setting the cucumber classification criteria.

Category / Step Length (cm) % Curvature Shape (waist line, predecessor, tax department) ◎ 23 5 or less Thickness difference over 0.5cm ○ 20-22 5-10 0.5-1cm △ 20 or less over 10 1 cm or more

The measured image is converted into data by the image processor 753 and transferred to the operation controller 754. The operation controller 754 performs an operation of comparing the preset reference to the image data using the transferred image data, prepares the operation data, and transfers the operation data to the classification controller 755.

The classification controller 755 classifies the cucumbers according to the operation data and transfers the classification data to the distribution controller 756. The distribution control unit 756 selects the sorting discharge port 752 into which the cucumber 11 is to be introduced according to the classification data, and transfers the cucumber 11 to the selected sorting discharge port 752 to proceed with the product selection.

Table 2 shows examples of screening classes and classification systems.

division Length Songs and shape Remarks Scoop ◎ ◎ ◎ Stage 1  1 ◎ ○ ◎ 3 steps ○ ◎ ◎ ◎ ◎ ○  Special 2 ◎ ○ ○ 3 steps ○ ◎ ○ ○ ○ ◎    Prize △ ○ ○ 6 steps ○ △ ○ ○ ○ △ ○ △ △ △ ○ △ △ △ ○ Etc. (Amorphous) △ △ △

When the standard shown in Table 2 is applied, the sorting discharge port 752 is configured to have five different discharge ports. And the cucumber 11 is divided into 'special' grade, if the length, grain and shape are all excellent, and is classified as 'special 1' if any of the length, grain and shape is excellent.

In addition, if any one of length, song and shape is excellent, and the other two items are good, it is classified as 'special 2'. Are classified.

The sorted cucumbers 11 are packaged by being packaged in a packing box 981 through respective discharge ports and commercialized. Here, the matters shown in Table 2 are presented as an example and thus do not limit the present invention.

The image acquisition device 760 acquires an image of the cucumber 11 introduced into the device, and determines and classifies the grade of the cucumber 11 by using the image acquired with the control device 751.

9A to 9C are exemplary views illustrating an image acquisition apparatus of the separated sorting and packing system according to an embodiment of the present invention. FIG. 9A is a perspective view of the image acquisition apparatus, and FIG. 9B is a view illustrating the inside of the image acquisition apparatus. It is a schematic illustration of a side cross-sectional view.

The image acquisition device 760 acquires an image of the cucumber 11 introduced through the selection conveyor 854 as described above, and converts the acquired image into data. The image acquisition device 760 is installed such that the sorting conveyor 854 passing through the cucumber 11 passes through the inside of the device.

In addition, a plurality of lighting devices 761 are installed inside the image acquisition device 760, particularly in the ceiling portion, so that the image input device 762 can obtain an image of the cucumber 11 inside the device clearly and accurately.

The light generated by the illumination device 761 uses the light required by the image input device 762, and is generally used when the image input device 762 uses visible light as an input light such as a charge-cpoupled device (CCD). Visible light generators can be used.

The image input device 762 obtains an image of the cucumber 11 irradiated with light by the lighting device 761, converts the image into an electric signal, and transmits the converted electric signal to the control device 751.

The image input device 762 may be used in the operation of the image input device 762 by using an image device such as a CCD having an optical wavelength of a region similar to a wavelength recognized by the human eye, which may be used. It is advantageous.

The cucumber 11 having a grade determined while passing through the inside of the image acquisition device 760 is transferred to the selection discharge port 752 by the selection conveyor 854 extending through the image acquisition device 760 to the other side and is graded. Will be contained in another packaging box (981).

The packaging device 770 sorts and packages the cucumbers 11 passing through the image acquisition device 760 according to the control of the control device 751. To this end, the packaging device 770 is supplied with the cucumber 11 graded by the sorting conveyor 854 of the transfer device 850.

In addition, the packaging device 770 is a container (780) for manufacturing a packaging box for automatic packaging, the taping machine (790) for taping the packaging box (981) containing the cucumber 11 and the packaging box (981) contained in And a stamping machine 795 that records information such as the grade of the cucumber 11.

The box 780 automatically manufactures and supplies a packing box 981 for accommodating the cucumbers 11 using the packing box 981 material. Then, the box 780 transfers the manufactured packing box 981 to the lower portion of the sorting discharge port 752 through the empty box supply conveyor 858 of the transfer device 850.

The stamping machine 795 records grade information such as grade, date, quantity, and weight of the cucumber contained in the outer surface of the packaging box 981 in which the cucumber 11 is stored. The stamping machine 795 may record information in the form of a printing press, or may record using a stamping method by a stamp, thereby not limiting the present invention.

The packing box 981 in which grade information is recorded by the stamping machine 795 is transferred from the sorting discharge port 752 by the box transfer conveyor 856 and transferred to the box discharge conveyor 857. Then, the packing box 981 delivered to the box discharge conveyor 857 is transferred to the tapping machine 795.

FIG. 10 is an enlarged view of a portion A of FIG. 2 and shows a sorting discharge port and a stamping machine.

In FIG. 10, the compartment is partitioned to accommodate the cucumber 11 transported from the sorting discharge port 752 in the packaging box 981 in a predetermined direction, but the present invention is not limited thereto.

The stamping tapping machine 795 is provided with a packaging box (981) containing the cucumber through the box discharge conveyor (857), to automatically seal the opening.

The transfer apparatuses 850: 851, 852, 853, 854, 855, 856, 857, and 858 serve to transfer the cucumbers 11 so that selection is possible and to transfer the packing box 981. The conveying apparatus 850 in the present invention basically presented a conveyor method, but this does not limit the present invention.

The transfer device 850 is a dumping machine 610, an open separation device 700, an image acquisition device 760, and a packing device for picking up the harvested growth cultivator 10 and injecting the cap cucumber feeding conveyor 851. 770 between.

As a conveying apparatus 850 shown in an embodiment of the present invention, a cap oil feeding conveyor 851, a cap recovery conveyor 852, an elevation conveyor 853, a sorting conveyor 854, a roller conveyor 855, box transport There is a conveyor 856, a box discharge conveyor 857, and an empty box supply conveyor 858.

Among them, the elevation conveyor 853 is a conveyor that is installed to be inclined to adjust the height of the inlet and outlet of the device is different. In addition, the sorting conveyor 854 is used to maintain a constant interval between the cucumber 11 during the sorting operation, so that the cucumber 11 is aligned in one direction.

11a and 11b is an exemplary view showing the growth cultivation and fruit and vegetable sorting packaging system separated and separated according to another embodiment of the present invention, Figure 11a is a perspective view of the sorting packaging system, Figure 11b is a plan view to be.

According to another embodiment of the present invention, the growth cultivator and the fruit vegetable separated and separated fruit vegetable sorting and packaging system (601, hereinafter referred to as "separation sorting packaging system"), the growth cultivator open separator 700, automatic sorting packaging device ( 750) and a conveying device 850, and further includes a washing device 900, a sterilizing device 920, and a drying device 940 in sequence between the open separator 700 and the automatic sorting packing device 750. It is configured by.

Here, in describing another embodiment of the present invention, a detailed description of the same configuration as the above-described embodiment will be omitted, and only a configuration having additional features and features different from the above-described embodiment will be described. .

The transfer apparatus 850 further includes a rotary conveyor 859 and a transfer conveyor 860 for transferring the cucumber 11 between the washing apparatus 900, the sterilizer 920, and the drying apparatus 940.

The rotary conveyor 859 is used to change the conveying direction of the cucumber 11, and FIGS. 11A and 11B illustrate a rotating conveyor 859 for changing the conveying direction of the cucumber 11 by about 90 degrees. In addition, the conveying conveyor 860 is installed and used to pass the cucumber 11 delivered from the cap cucumber feeding conveyor 851 into the washing apparatus 900, the sterilizing apparatus 920, and the drying apparatus 940. do.

12A and 12B are exemplary views showing separately the washing apparatus of the separate sorting and packing system according to an embodiment of the present invention. FIG. 12A is a perspective view of the washing apparatus, and FIG. 12B is a side view illustrating the washing apparatus main body. It is also.

The washing apparatus 900 washes the cucumbers 11 transported by the conveying conveyor 860, and removes foreign substances and dirt remaining on the surface to increase the product value of the cucumbers 11, while the cucumbers 11 by foreign matters. ), And sterilization, drying and screening are performed smoothly.

In particular, the washing apparatus 900 separates the foreign matter from the cucumber 11 by the air injected at a relatively high pressure, and removes the foreign matter attached to the surface of the cucumber 11 by sucking the air containing the foreign matter. To this end, the washing apparatus 900 injects a compressor (903) for supplying air at a pressure higher than atmospheric pressure and the inhaler (905) and high-pressure air that inhales the air containing the foreign matter and discharges to the outside of the washing apparatus (900) It comprises a washing apparatus body 901 to form a washing space of the cucumber (11).

The washing apparatus main body 901 is connected to the compressor 903 by the supply pipe 906 to receive the high pressure air, and is connected to the inhaler 905 by the intake pipe 907. Through this, the inhaler 905 sucks the air containing the foreign matter inside the washing machine main body 901 through the intake pipe 907 and discharges the foreign matter inside the washing machine main body 901 by discharging it through the discharge pipe 908. Will be removed.

The cleaning device 900 sprays air with a pressure set to the extent that the surface of the cucumber 11 is not damaged to remove foreign substances and moisture from the surface of the cucumber 11, thereby preventing the cucumber 11 from being washed with water or detergent. Can maintain high marketability. In other words, by washing with air to prevent moisture from remaining in the cucumber 11 and lowering the freshness of the cucumber 11, and since the detergent is not used, the cucumber 11 can be kept clean. There is an advantage.

13A and 13B are exemplified diagrams illustrating a sterilization apparatus of a separation and packaging system according to an embodiment of the present invention. FIG. 13A is a perspective view of a sterilization apparatus, and FIG. 13B is a side view of the sterilization apparatus projected from the inside. It is an illustration.

The sterilizer 920 sterilizes the surface of the cucumber 11 transferred by the transfer conveyor 860 using ultraviolet rays. To this end, the conveying conveyor 860 is installed to penetrate the inside of the sterilizing device 920, and the cucumber 11 is moved to the next device through the sterilizing device 920 by the conveying conveyor 860.

In particular, the sterilization apparatus 920 of the separation screening system 601 of the present invention performs sterilization using ultraviolet rays, and for this purpose, ultraviolet rays are transmitted to the cucumbers 11 which are transported through the interior of the sterilization apparatus 920. A plurality of ultraviolet lamps 921 to be irradiated are provided.

Since the sterilization apparatus 920 applied to the separate sorting packaging system 601 of the present invention sterilizes the cucumber 11 using ultraviolet rays (UV), the germ and insects remaining on the surface of the cucumber 11 are easily sterilized. There is an advantage to this.

In addition, since the direct contact with the cucumber 11 is not generated by performing sterilization using ultraviolet rays, the cucumber 11 is prevented from being damaged and a decrease in the product value of the cucumber 11 is prevented. In addition, as with the washing apparatus 900, since ultraviolet sterilization is used, there is no worry of pesticide residue, and thus the consumer can use it with confidence.

14A and 14B are exemplary views illustrating a drying apparatus of a separate sorting packaging system according to an embodiment of the present invention. FIG. 14A is a perspective view of a drying apparatus, and FIG. 14B is a side view schematically showing a cross section. .

The drying apparatus 940 of this invention dries the surface of the cucumber 11 conveyed through the conveying conveyor 860. Through this, the drying apparatus 940 solidifies the surface structure so that moisture inside the cucumber 11 is not easily discharged to the outside, thereby preventing the mercury from deteriorating the surface of the cucumber 11, and the outside of the cucumber 11. By removing the moisture remaining in the water so that the cucumbers are not damaged by soaking or the like, it serves to maintain the marketability of the cucumbers 11 in a high state.

To this end, the drying apparatus 940 is connected by a cooler 943, a cooler 943, and a cold air supply pipe 945, which supply air of low temperature lower than the atmospheric temperature, and cold air to the cucumber 11 passing through the inside. It is configured to include a drying apparatus main body 941 for supplying low-temperature air supplied through the supply pipe (945).

The washing apparatus 900, the sterilizing apparatus 920, and the drying apparatus 940 described above are sequentially positioned in the separate sorting packaging system 601 to continuously perform the post-treatment process of cucumbers.

In this way, if the entire process of washing, sterilization, and drying in sequence, the quality can be kept constant according to the condition and characteristics of the cucumber 11 grown in the growing cultivator (10), improve the grade of product quality Ultimately, it can contribute to raising the income of farmers.

15 is a flowchart illustrating a cucumber processing process of the separated sorting packaging system according to another embodiment of the present invention.

In the process of commercializing the cucumber 11 by using the separation sorting packaging system 601 of the present invention, first, the cucumber 11 is grown using the growing cultivator 10, and the farmer harvests the cucumber 11. At this time, the harvested cucumbers 11, that is, the growing cultivator 10, are collected by using a standard container so as to be easily processed by the separate selection packaging system 601 (S100).

The collected cucumber 11 is mounted on the dumper 610 for the progress of the automatic selection process (S200). The dumping machine 610 is to feed the growth cultivator 10 contained in the container to the separation and packaging system 601 using the transfer device 850 as described above (S300). In this process, the growth cultivator 10 is all put into the separation sorting packaging system 601, and the empty container is discharged by the dumper 610 (S430).

Cucumber 11 introduced to the separation and packaging system 601 is separated from the growth cultivator 10 by the open separator 700 (S400). The growth cultivator 700 separated by the open separation device 700 is discharged together with the container through the extraction process and the alignment process (S410, S420, S430).

On the other hand, the cucumber 11 separated from the growth cultivator 700 is subjected to a processing process (S500). In the processing process, the cucumber 11 is cleaned by air by the washing apparatus 900 (S510). In addition, ultraviolet sterilization is performed by the sterilizer 920, and cold air is dried by the drying apparatus 940 (S530).

When the processing is completed, the cucumbers are aligned during the transfer, and are transferred to the sorting position via the transfer apparatus 850 (S600 and S610).

Cucumber 11 transferred to the sorting position is subjected to a line and process according to the criteria set in advance by the image acquisition device 760 (S700). The image acquisition device 760 acquires the image of the cucumber 11 in the process of fruiting, and the obtained image is converted into data (S710 and S720). When the image data is generated, the grade of the cucumber 11 is selected as described above, and the classification of the cucumber 11 proceeds according to the grade (S730 and S740).

The graded cucumber 11 is packaged in a packing box (S800). In the packaging process, the box 780 manufactures an empty box using box material for packaging the cucumber 11, and the selected cucumber 11 is stored in the manufactured packaging box (S820).

On the other hand, the packaging box containing the cucumber 11 is to measure the weight, the tape is automatically taped by the tapping device 790 through a stamping process to record the grade information on the outside (S810, S900, S1000) ). Packaging is completed, the packing box is discharged from the automatic selection device, the farmer is stored in a cold storage box packing box containing the cucumber (11), or go through a shipment process for sale (S1200, S1210).

Since the screening system 601 takes charge of the process from the harvest of the cucumber 11 to just before shipment, the commercialization of the cucumber 11 can be carried out systematically and quickly.

According to the separation sorting packaging system 601 according to another embodiment of the present invention described above, the cucumber 11 is washed by air between the separation and the sorting packaging, and then sequentially subjected to a post-treatment process through ultraviolet sterilization and cold air drying. do.

Therefore, unlike the automatic sorting packaging of fruits and vegetables, there is no external contact because it is grown in a growing plant, it is possible to maximize the cultivation characteristics of fruits and vegetables such as cucumbers or eggplants with little defects such as pesticides, foreign substances and scratches.

1A and 1B are perspective views illustrating a conventional grower.

Figure 2 is a perspective view showing a growth cultivation and fruit and vegetable sorting packaging system separated and separated according to an embodiment of the present invention.

3a and 3b is an exemplary view showing a roller-type opening in the open separation device of the separation sorting packaging system according to an embodiment of the present invention,

3A is a perspective view of a roller type opening.

3B is a front view of FIG. 3A.

4a to 4d is an exemplary view showing an integral punch opening in the open separation device of the separation sorting packaging system according to an embodiment of the present invention,

Figure 4a is a perspective view of one side of the integral punch opening.

4B is an enlarged front view of a portion A of FIG. 4A.

Figures 4c and 4d is an enlarged front and bottom view showing the enlarged portion A when the growth cultivator is open.

5a and 5b is an exemplary view showing a separate punch type opening in the open separation device of the separation sorting packaging system according to an embodiment of the present invention,

Figure 5a is a perspective view of one side of the removable punch opening.

Figure 5b is an enlarged bottom view showing a portion A when the growth cultivator of Figure 5a is opened.

6a and 6b is an exemplary view showing an air pad type separator in the open separation device of the separation sorting packaging system according to an embodiment of the present invention,

6A illustrates an operation showing the beginning of opening the cover body to separate the cucumbers from the growing cultivator.

Figure 6b is an operation example showing the end of opening the cover body to separate the cucumber from the growing cultivator.

7 is a perspective view showing an example in which the opening portion in the open separation device of the separation screening packaging system according to an embodiment of the present invention configured by the air injection type.

8 is a schematic view showing a control unit of the sorting unit of the separate sorting packaging system according to an embodiment of the present invention.

9A to 9C are exemplary diagrams individually showing an image acquisition apparatus of a separation and packaging system according to an embodiment of the present invention.

9A is a perspective view of an image acquisition device;

Figure 9b is a side cross-sectional view schematically showing the inside of the image acquisition device.

FIG. 10 is an enlarged view of a portion A of FIG. 2 showing a sorting discharge port and a stamping machine.

11A and 11B are exemplary diagrams illustrating a growth cultivator and a fruit vegetable separated and separated fruit vegetable sorting packaging system according to another embodiment of the present invention;

11A is a perspective view of a sorting packaging system.

11B is a plan view.

12A and 12B are exemplary views showing separately the washing apparatus of the separate sorting packaging system according to an embodiment of the present invention,

12a is a perspective view of the washing apparatus,

Figure 12b is a side view illustrating the main body of the cleaning device.

13A and 13B are exemplified diagrams illustrating a sterilization apparatus of a separation and packaging system according to an embodiment of the present invention;

Figure 13a is a perspective view of the sterilizer.

Figure 13b is a side view illustrating the projection of the inside of the sterilization apparatus.

14A and 14B are exemplary views illustrating a drying apparatus of the separation sorting packaging system according to an embodiment of the present invention.

14a is a perspective view of a drying apparatus,

14B is a side view schematically showing a cross section.

15 is a flow chart showing a cucumber processing process of the separate sorting packaging system according to another embodiment of the present invention.

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

10: grower 20: cover body

21: bullet hole 22: vent hole

23: stem insertion hole 24: flower extraction hole

30: coupling separation unit 31: locking projection

32: engaging jaw 33: warping projection

34: support for separating opening 100: roller opening

110: transfer rail 111: first transfer rail

112: second conveyance rail 113: third conveyance rail

120: open roller 121: first open roller

122: second open roller 125: shaft

126: rotating disc 200: integral punch opening

210, 310: opening means 211, 311, 410: cylinder

212, 312, 420: Cylinder arms 213, 313: First crossbar

214, 314: support arm 215, 315: second crossbar

216: third crossbar 240, 340: transfer means

241, 341: guide plate 242, 342: feed rail

300; Separate punch type opening 316: Pressing protrusion

400: air pad type separation unit 430: anchor

450: air pad 460: rotating shaft

500: air injection opening 510: air supply

520: air nozzle

600, 601: Separate sorting packing system

610: dumper 700: open separator

750: Automatic sorting packaging device 751: control device

752: Selected discharge outlet 753: Image processing unit

754: operation control unit 755: classification control unit

756: distribution control unit 760: image acquisition device

761: lighting device 762: video input device

770: packaging device 780: box

790: tapping machine 795: stamping machine

850: Feeding device 851: Cap cucumber input conveyor

852; Cap Recovery Conveyor 853: Elevation Conveyor

854: Sorting Conveyor 855: Roller Conveyor

856: Box conveying conveyor 857: Box discharge conveyor

858: empty box supply conveyor 859: rotary conveyor

860: transfer conveyor 900: washing device

901: washing unit body 903: compressor

905: inhaler 906: supply pipe

907: intake pipe 908: discharge pipe

920 sterilizer 921 UV lamp

940: drying apparatus 941: main body

943: cooler 945: cold air supply pipe

981: Packing Box

Claims (12)

A growing cultivator opening separation device which opens a growing cultivator for cultivating the fruit vegetables with a space therein and separates the inner vegetables; An automatic sorting and packing device for sorting the fruit vegetables separated by the open separator according to a predetermined standard and automatically packaging the selected fruit vegetables; And And a vegetation cultivation and fruit and vegetable sorting packaging system, characterized in that it comprises a; a growth device for conveying the growth cultivator and the fruit and vegetable to the open separation device and the automatic sorting packaging device. The method of claim 1, The growth cultivator open separating device has a space, the cover body is formed so that the other side is opened by connecting the one side by a tangy part having an outwardly elastic force by dividing half in the longitudinal direction, the length of the cover body The engaging separation portion formed in a pair of the engaging projection formed in the upper end of the other side opened in the direction, and the engaging jaw formed in the other upper end of the other side and coupled with the locking projection to couple the cover body of the cover body A conveying unit which contacts the cover body of the growing cultivator formed in plural along the other open side and transfers the growing cultivator; An opening to press the coupling separation unit of the growth cultivator transferred by the transfer unit to separate the locking projection and the locking jaw to open the growth cultivator; And a separating part which completely opens the other side of the cover body of the growing cultivator, which is opened by the opening part, and separates the inside of the growing vegetable from the growing cultivator. Fruit and vegetable sorting packaging system. The method of claim 2, The transfer unit, A first conveying part contacting the carbon part and conveying the growing cultivator; Second and third transfer parts in contact with the divided parts of the both sides of the cover body is divided by the finger portion; characterized in that the grower and fruit and vegetable sorting packaging system separated and separated. The method of claim 2, The opening portion, An open roller having a rotating disk by the shaft and the shaft is disposed in pairs such that the side surfaces of the rotating disk are in contact with the coupling separating part so as to face each other with the growth cultivation feed path interposed therebetween. The distance between the rotating disc is set to be narrower than the interval of the coupling separator, Growing cultivation and fruit and vegetable sorting packaging separated and separated, characterized in that by pressing the conveying growth cultivation by the transfer unit by the side of the rotational disk to rotate at the same time by pressing the combined separation from both sides simultaneously. The method of claim 2, The opening portion, A cylinder block comprising a cylinder, a cylinder arm which is started in a direction perpendicular to the growth direction of the growth cultivator by the cylinder, and a crossbar fixed to the cylinder arm and pressurizing the coupling separating portion, is interposed between the transportation paths of the growth cultivator. Placed in pairs to face to face, In the state in which the growth cultivation conveyed by the conveying unit is stopped, the cultivation cultivation and fruit and vegetable sorting and separated fruit vegetable sorting packaging system, characterized in that by pressing at the same time by the cross-bar and contacting the combined separator from both sides. The method of claim 5, wherein The opening portion has a plurality of pressing protrusions protruding from the crossbar, Growing cultivation and fruit and vegetable separation and separated fruit and vegetable sorting packaging system, characterized in that the pressurizing protrusion to press and open the combined separation portion at the same time, respectively contacting at both sides. The method of claim 2, The opening portion, Air supply; And, And an air nozzle connected to the air supplier and configured to discharge high pressure air supplied from the air supplier. The air nozzle is formed in a shape corresponding to a hole formed for stem insertion and flower withdrawal at both ends in the longitudinal direction of the growth cultivator, In the state in which the growth cultivation conveyed by the transfer unit is stopped, the growth cultivation and fruit vegetable separation and separated fruit vegetable sorting packaging are temporarily coupled to the hole to discharge the high pressure air into the growth cultivator. system. The method of claim 2, The separation unit, A pair of air pads respectively adsorbed on both sides of the cover body; A cylinder having a cylinder arm reciprocating in one direction; A pair of branch arms and anchors for fastening the cylinder arms and the respective air pads; The cover body adsorbed to the air pad by the cylinder is located behind the finger portion so that the cover body is folded with respect to the finger portion. When the air pad absorbs both sides of the cover body and the cylinder is lowered, a pair of branch arms rotate and open through an anchor, thereby opening the cover body other side of the growth cultivator opened by the opening device. Fully open and separate fruit and vegetable sorting packaging system, characterized in that the open fruit vegetable is separated from the grower. The method of claim 1, A washing device for washing the fruit vegetables conveyed by the transfer device from the open separator; Sterilizer for sterilizing the fruit vegetables; And And a drying device for drying the skin of the fruit vegetables; in turn, between the open separator and the automatic sorting packing device. The method of claim 9, The washing device, A compressor for supplying air at a higher pressure than atmospheric pressure; A washing device main body through which the conveying device is installed and providing a space for injecting the high pressure air into the fruit vegetable passing through the fruit vegetable by the conveying device; And, Separated and grown fruit vegetable sorting packaging system, characterized in that it comprises a; and an inhaler for inhaling the air inside the main body to discharge to the outside. The method of claim 9, The sterilization device, The transfer device is installed to penetrate the inside, The fruit vegetable cultivation and fruit vegetable sorting and separated fruit vegetable sorting packaging system, characterized in that it comprises an ultraviolet lamp for irradiating the ultraviolet light to the fruit vegetables conveyed through the inside by the transfer device. The method of claim 9, The drying device, A cooler to supply air at a temperature lower than a temperature outside the drying apparatus; And, And a drying device main body having a space for injecting the low temperature air from the cooler to the fruit and vegetable conveyed by the conveying device installed to penetrate the inside. Separated and separated fruit vegetable sorting packaging system.

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