KR100751066B1 - Sterilizing Washing Machine for Agricultural Products - Google Patents

Abstract

The present invention immerses agricultural products such as fruit, root vegetables, salt vegetables, fruits, and marine products such as anchovies and squid in water of the washing chamber, and atomizes air droplets including ozone through nozzles at the lower portion of the washing chamber to eject them at a relatively high pressure. The present invention relates to a sterilization washer for mobile agricultural products that can further improve the quality of agricultural products by removing the sterilization and harmful substances by ozone and decomposing clusters while washing the agricultural products.

Agricultural products, anchovy, ozone generator

Description

Apparatus for sterilizing farm and marine products}

1 is a perspective view showing a sterilizing cleaner for moving agricultural products according to the present invention.

Figure 2 is a perspective view of the open state sterilizing cleaner for moving agricultural products according to the present invention.

Figure 3 is an exploded perspective view of a jet injector for moving sterilization washer for agricultural products according to the present invention.

Figure 4 is a plan view of the sterilization washer for moving agricultural products according to the present invention.

Figure 5 is a cross-sectional view showing the ozone generating chamber and the washing room of the sterilization washing machine for moving agricultural products according to the present invention.

* Description of the symbols for the main parts of the drawings *

100: main body 102: wheels

110: bulkhead 120: machine room

130: ozone generating chamber 140: washing chamber

200: ozone generator 310: pump

320: jet injector 330: nozzle

332: jet jet hole 400: control box

500: washing strengthening unit 510: plate

512: porous 514: support jaw

520: container 522: guideman

530: lid

The present invention relates to a mobile sterilization washing machine for farm products, and more particularly, agricultural products such as fruits, vegetables, root vegetables, salt vegetables, fruits, and aquatic products such as anchovies and squids are immersed in the water of the washing room and through a nozzle at the bottom of the washing room. By discharging air defenses including ozone to eject at a relatively high pressure, sterilization and harmful substances are removed by ozone while washing agricultural products, and disintegrating clusters can further improve the quality of agricultural products. It is about.

When washing agricultural products by hand, it is possible to precisely clean and check the washing results one by one, but the overall washing degree is not uniform due to the unevenness caused by the difference in ability between individuals. There will be a difference.

In addition, ginseng or grapes with a complicated shape are difficult to clean even by hand, and the washings are likely to be damaged.

Therefore, a washing machine using a mechanical force rather than a human power is used. There are various types of the washing machines according to their use, and their internal structures vary according to these types.

The washing machine of the technical field to which the present invention pertains among these various uses and structures is mainly for washing a large amount of agricultural products, using a liquid to wash off fine dust attached to the surface of the object

As a washing machine for washing agricultural products, for example, a brush washing machine and a tumbler washing machine have been developed.

Brush-type washing machine is a brush, it is used in the case of root vegetables, such as carrots and radish with a relatively deep impurity layer and sticky, but has the disadvantage of leaving damage such as the entire skin cut off during the cleaning process.

However, in spite of these disadvantages, the brush type washing machine has no problem in the drying, fermentation, and other processing processes, and is widely used because the washing machine is low in cost and low in operating cost.

On the other hand, Tumbler Washer, which is widely used as agricultural and marine products cleaners such as ginseng, various herbs, bulbs and anchovies, cleans ginseng scratches and prevents small roots such as Central America from falling off the body. There is an advantage to increase.

However, the conventional agricultural and marine product washing machine has a problem that can not remove various harmful substances such as phenol, pesticides, iron, mercury, etc. which are included in some agricultural and marine products.

In addition, the conventional agricultural and marine product washer has a problem that the product quality after washing by the strong water drops.

The present invention has been made to solve the above problems, by injecting ozone gas into the jet injector using the pressure water to be ejected through the nozzle with the pressure water to enhance the sterilization and cleaning power of the agricultural and marine products as well as the quality of the marine products The purpose of the present invention is to provide a disinfectant washing machine for removing agricultural and marine products from the inside of the washing room, preventing the floating of agricultural and aquatic products in the interior of the washing room, and cleaning the corners of the agricultural and aquatic products.

The present invention for achieving the above object is partitioned into a machine chamber and an ozone generating chamber filled with water and a washing chamber containing water and agricultural and aquatic products to be washed, and the water is communicated through the ozone generating chamber and the washing chamber. In order to pump the body filled with the fluid movement hole in the partition wall, the ozone generator for generating ozone in the air flowing in the ozone generating chamber, the water installed in the machine chamber filled in the ozone generating chamber to the washing chamber A pump for circulating the water in the ozone generating chamber and the washing chamber, and connected to the pump to jet the flow of water pumped into the washing chamber, and connects an ozone air supply hose to the ozone generator to ozone in the water passing through the inside. Jet injector comprising a, and at least one connected to the end of the jet injector is installed on the bottom surface of the washing chamber Nozzle for ejecting air bubbles including ozone along with water droplets through a plurality of jet blowing holes in the submerged area in the washing room for desalination, washing and sterilization of agricultural and marine products, the pump, the jet injector and the ozone generator It is intended to propose a sterilization washer for moving agricultural products consisting of a control box provided in the main body for operation in the.

In addition, the present invention is seated inside the washing chamber so as to be spaced apart from the nozzle and a plurality of perforated plates, a plurality of stacked on the plate to contain the agricultural and marine products in each inside to guide the atomized air bubbles inside A sterilization washer for moving agricultural and aquatic products, characterized in that it comprises a container through which a guide hole is circumferentially formed, and a cover for opening and closing the upper part of the washing chamber and preventing the floating of the water over the filled water when the washing chamber is closed. I would like to suggest.

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

1 is a perspective view showing a moving sterilization washer for agricultural products according to the present invention, Figure 2 is a perspective view of the open state sterilization washer for agricultural products in accordance with the present invention.

And, Figure 3 is an exploded perspective view of a jet injector for sterilization washing machine for moving agricultural products according to the present invention.

In addition, Figure 4 is a plan view of a mobile sterilization washing machine for agricultural products according to the present invention, Figure 5 is a cross-sectional view showing the ozone generating chamber and the washing room of the mobile sterilization washing machine for agricultural products according to the present invention.

As shown in Figures 1, 2 and 4, the sterilizing cleaner for moving agricultural products according to the present invention is provided with an ozone generator 200, a pump 310 and a jet injector 320 inside the main body 100. .

The main body 100 is provided with a wheel 102 in the lower portion to facilitate the movement of the installation place.

In addition, the main body 100 is partitioned into three chambers by installing a partition wall 110 having a 'T' shape therein.

That is, the main body 100 has a machine room 120 on the upper left side based on the partition wall 110, an ozone generating chamber 130 is formed on the lower left side, and a washing room 140 is installed on the right side.

At this time, the ozone generating chamber 130 and the washing chamber 140 is filled with water.

In addition, the ozone generating chamber 130 includes an ozone generator 200 that generates ozone therein. The ozone generator 200 adjusts the level of water contained in the ozone generating chamber 130 so as not to be submerged in water. It is possible, but it is preferable to reduce the attraction force due to gravity by the buoyancy of water to firmly bond with the body (100).

In particular, the ozone generator 200 can be cooled simply by water-cooling the heat generated during operation by being soaked in some of the water filled in the ozone generating chamber 130.

In addition, the washing chamber 140 is provided to soak the agricultural and marine products in the water therein for desalting, washing and sterilizing.

In particular, the fluid movement hole 112 is formed in the partition wall 110 partitioning the ozone generating chamber 130 and the washing chamber 140.

The fluid movement hole 112 is formed to guide the flow of water between the washing chamber 140 and the ozone generating chamber 130.

At this time, the washing chamber 140 is foreign matter is generated in the process of washing the agricultural and marine products, the foreign matter is moved to the ozone generating chamber 130 through the fluid movement hole (112).

Thus, the fluid movement hole 112 is fixed to the strainer 114 is installed.

In addition, the main body 100 forms a drain pipe 142 at a lower side of the side corresponding to the circumference of the washing chamber 140.

The drain pipe 142 serves to discharge the water inside the washing chamber 140 to the outside when the water in the washing chamber 140 is considerably dirty or decayed for a long time.

In addition, the drain pipe 142 includes an opening / closing valve 144 to control the drainage of the water contained in the washing chamber 140.

At this time, the opening and closing valve 144 is a valve that is opened or closed manually or automatically.

On the other hand, the ozone generating chamber 130 is provided with an ozone generator (200).

The ozone generator 200 is composed of an upper lid 210, a lower lid 220, a flange 230, a u-lamp 240 and a transparent tube 250.

The upper lid 210 is fixed to the control box 400 is installed on the upper surface, and covers the machine room 120 and the ozone generating chamber 130 at the same time to prevent the inflow of foreign substances.

At this time, the upper lid 210 is fastened by the frame 100 and the bolt 205.

The lower lid 220 is fixedly installed in the machine room 120 and the ozone generating chamber 130.

Thus, air is always present or stored between the upper lid 210 and the lower lid 220.

At this time, the partition wall 110 partitioning the machine room 120 and the ozone generating chamber 130 is a partition wall partitioning the machine room 120 and the washing chamber 140 and the ozone generating chamber 130 and the washing chamber 140 ( Lower than 110).

Then, the locking jaw 224 is formed around the machine room 120 and the ozone generating chamber 130 to support the lower lid 220.

Thus, the lower lid 220 is fastened and fixed to the locking jaw 224 as a bolt 205.

In addition, the lower lid 220 passes through the installation hole 222 at a position corresponding to the ozone generating chamber 130.

On the other hand, the flange 230 is fixedly inserted into the installation hole 222 of the lower lid 220.

In addition, the flange 230 forms an air inlet 232 to introduce air existing between the upper lid 210 and the lower lid 220, and generates ozone gas and air (hereinafter, 'ozone air'). And ozone air outlet 234 for guiding the jet injector 320 to the jet injector 320.

In this case, the air inlet 232 is provided with an air filter 236 to filter foreign matter contained in the air when the outside air inlet.

In addition, the ozone air outlet 234 and the jet injector 320 are connected to the ozone air supply hose 322, the check valve 323 is provided on the ozone air supply hose 322.

The check valve 323 guides the air generated by the ozone generator 200 into the jet injector 320 and blocks the movement of the ozone air in the opposite direction.

On the other hand, the UV lamp 240 is electrically connected to the control box 400 is emitted when the external power supply and generates ozone.

At this time, the UV lamp 240 has a 'U' shape to guide the ozone air to the ozone air outlet 234 by passing the air introduced into the air inlet 232.

In addition, the transparent tube 250 is inserted and fixed to be sealed in the installation hole 222 of the lower lid 220, to protect the UV lamp 240 from the outside, installed to be immersed in the water of the ozone generating chamber 130 It serves to cool the heat generated in the UV lamp 240 by water cooling.

On the other hand, the machine room 120 has a pump 310 and a jet injector 320 therein.

The pump 310 has pumping pipes 312 on each side thereof, and extends to be submerged in the water of the ozone generating chamber 130 and the washing chamber 140.

When the pump 310 is operated, the water in the ozone generating chamber 130 is pumped to the washing chamber 140 through the pumping pipe 312, the water in the washing chamber 140 is the fluid transfer hole 112 Guided to the ozone generating chamber 130 through.

Thus, the water of the ozone generating chamber 130 and the washing chamber 140 is circulated by the operation of the pump 310.

In addition, a jet injector 320 is installed on the guide tube extending from the pump 310 and extending toward the washing chamber 140.

The jet injector 320 converts the flow of water pumped from the pump 310 into a jet flow, that is, pressure water.

The jet injector 320 inserts an ozone air supply hose 322.

The ozone air supply hose 322 is connected to the ozone air outlet 206 of the ozone generator 200 to guide the ozone air generated by the ozone generator 200 into the jet injector 320.

Thus, the jet injector 320 ejects the water and ozone air pumped from the pump 310 together at a relatively high water pressure.

In addition, the jet injector 320 extends the nozzle 330.

Here, as shown in Figure 3, the jet injector 320 is screwed to the pumping pipe 312 and one end, the first body 340 and the locking jaw portion 344 formed in the other end, and the first 1 is inserted into the locking jaw portion 344 of the body 340, is formed in a tapered shape to increase the flow rate and the end of the insert 350 is inserted into the vortex phenomenon causing the flowing water, It is operated in the vertical direction by receiving the elastic force of the second body 360 and the spring 392 and the spring 392 inserted into the protrusion 362 of the second body 360 to form a protrusion 362 upward. An ozone opening / closing portion 390 which is formed of a cap member 396 screwed to the ball 394 and the protruding portion 362 and connected to the ozone air supply hose 322 to supply ozone to the second body 360. , Is inserted into the second body 40 to form a vortex to mix water and ozone and to the vortex spring 372. Helical vortex wing 370 is elastically supported and the third body 380 is coupled to the other end of the second body 360 and connected to the nozzle 330 to guide the water and ozone air to the nozzle 330 It consists of

In addition, the nozzle 330 is lowered along the partition wall 110 after passing through the portion of the partition wall 110 that is not occupied by water and is installed long in the longitudinal direction on the bottom surface of the washing chamber 140.

In addition, the nozzle 330 passes through a plurality of jet ejection holes 332 around a portion submerged in the water of the washing chamber 140.

Thus, water and ozone air jetted from the jet injector 320 are jetted into the water contained in the cleaning chamber 140 through the jet jet hole 332.

At this time, air bubbles are formed in the washing chamber 140 due to the ozone air that is ejected through the jet ejection hole 332.

In addition, since the air bubbles hit the agricultural products contained in the washing chamber 140 due to the high blowing pressure, the agricultural and marine products are washed as the clusters are decomposed by osmotic pressure, desalted and sterilized by ozone contained in the air bubbles, and the marine products. In the case of meat is soft.

On the other hand, the ozone generator 200, the pump 310 and the jet injector 320 is manually operated in the control box 400.

That is, the control box 400 has a function switch 402 corresponding to turn on and off each of the ozone generator 200, the pump 310, and the jet injector 320.

At this time, the control box 400 is fixedly installed on the upper lid 201 of the ozone generator (200).

On the other hand, as shown in Figure 2 and 5, the washing chamber 140 is sprayed with water droplets and air bubbles in the upper direction at a high water pressure through the jet jet hole 332 of the nozzle 330 installed on the bottom.

At this time, the agricultural and marine products soaked in the washing chamber 140 floats on the water surface of the washing chamber 140 or falls out of the washing chamber 140 by this water pressure.

In addition, the water droplets and the air bubbles of the ozone air that are ejected through the jet ejection hole 332 are large particles, which prevents desalting, washing and sterilizing every corner of the agricultural and aquatic products.

Thus, the washing chamber 140 is provided with a separate washing fortification unit 500 so that the agricultural and marine products are always submerged in the water of the washing room 140, and demineralized every corner of the agricultural and aquatic products by atomizing the particles of water droplets and air bubbles, Allow to be cleaned and sterilized.

At this time, the washing enhancer 500 is composed of a plate 510, the container 520 and the cover 530.

The plate 510 is supported by the support jaw 514 in the washing chamber 140 and spaced apart from the nozzle 330 by a predetermined interval, and forms a plurality of pores 512 on the surface thereof.

The reason why the plate 510 is spaced apart from the nozzle 330 is to sufficiently use the traveling wavelengths of water droplets and air bubbles ejected through the jet ejection holes 332 of the nozzle 330.

That is, when the distance between the plate 510 and the nozzle 330 is too short, the wavelength generated when the water droplets and the air bubbles are ejected hits the plate 510 and cancels out.

If the distance between the plate 510 and the nozzle 330 is too long, the wavelength generated when the water droplets and the air bubbles are ejected is too weak.

In addition, since the water droplets and the air bubbles of the ozone air ejected from the jet ejection hole 332 of the nozzle 330 form a relatively large particle, the plate 510 is porous (512) on the surface to atomize and pass through the plate 510. Through).

In addition, the container 520 is stacked on the plate 510, and the agricultural and marine products are contained in the container 520.

In addition, the container 520 passes through the guide hole 522 around and passes the ozone air in the form of particulates ejected upward through the pores 512 of the plate 510 to desalte, wash, and Sterilize.

At this time, the agricultural and marine products contained in the container 520 of the uppermost layer of the stacked container 520 is floated on the surface of the washing chamber 140 by the blowing speed of ozone air.

Thus, the main body 100 includes a cover 530 that can open and close the washing chamber 140.

The cover 530 is completely detachable from the washing chamber 140, and the container 520 and the agricultural and marine products are washed by closing the washing chamber 140 to prevent the inflow of external foreign matter and by the blowing speed of ozone air. It prevents the departure of the seal 140.

That is, the container 520 is stacked on the plate 510, and the container 520 of the uppermost layer stays inside the washing chamber 140 while contacting the edge of the container 520.

At this time, since the containers 520 are in contact with each other, the agricultural and marine products between the containers 520 do not escape to the outside of the container 520, and the agricultural and marine products inside the container 520 of the uppermost layer are covered by the cover 530. I can't get out.

In addition, the cover 530 is provided with a handle 532 to easily hold.

On the other hand, the washing chamber 140 forms a support jaw 514 in the same line on the inner wall facing.

Thus, the plate 510 is spaced apart from the nozzle 330 by a support jaw 514 a predetermined distance.

On the other hand, the cover 530 is made of a transparent material to check the state of the water droplets and air bubbles ejected from the jet ejection hole 332 with the naked eye can determine whether the blockage, the wash state of the agricultural and marine products can be easily confirmed with the naked eye Make sure

In addition, the transparent window 104 is provided on the side surface of the main body 100 corresponding to the ozone generating chamber 130 so as to check whether the UV lamp 240 of the ozone generator 200 is emitted.

As described above, the mobile sterilization washing machine according to the present invention uses a jet injector to prevent deterioration of merchandise due to long soaking of aquatic products in water by desalting the aquatic products with high water pressure in a short time, and high quality ozone water. There is an effect that can supply.

In addition, the present invention has the effect of improving the sterilizing power of agricultural and marine products because it irradiates the light of the agricultural u-lamps.

In addition, the present invention has the effect that the sterilization power is enhanced because it sterilizes and washes agricultural products with ozone gas.

In addition, the present invention has the effect that can remove the off-flavor (off) of agricultural products because the agricultural products are washed and sterilized with ozone gas.

Claims (11)

A partition is installed inside to divide the machine room and an ozone generating chamber filled with water and a washing room containing water and agricultural and aquatic products to be washed, respectively. The fluid movement hole is passed through the partition wall to move water through the ozone generating chamber and the washing chamber. One main body; An ozone generator provided in the ozone generating chamber and generating ozone in flowing air; A pump installed in the machine room for pumping water filled in the ozone generating chamber into the washing chamber and circulating water in the ozone generating chamber and the washing chamber; A jet injector connected to the pump to convert water pumped into the washing chamber into pressure water, and connecting ozone air supply hose with the ozone generator to include ozone in water passing through the inside; One or more ends of the jet injector are installed on the bottom surface of the washing chamber, and through the plurality of jet ejection holes through the plurality of jet blowing holes in the washing chamber for desalting, washing and sterilizing the agricultural and marine products. A nozzle for ejecting air bubbles including; It comprises a control box provided in the main body for operating the pump, jet injector and the ozone generator from the outside, The ozone air supply hose has a check valve to prevent a back flow of ozone supplied to the jet injector, characterized in that the mobile sterilization cleaner for agricultural products. The method of claim 1, The ozone generator is fixed to the upper surface of the control box, the upper lid to cover the upper portion of the machine room and the ozone generating chamber to prevent the inflow of foreign matter; A lower lid fixedly installed in the machine room and the ozone generating chamber to fill the outside air between the upper lid and the installation hole at a position corresponding to the ozone generating chamber; A flange which is inserted into and fixed to an installation hole of the lower lid and has an air inlet and an ozone air outlet connected to the ozone air supply hose; A transparent tube inserted into and fixed to the bottom of the flange and connected to the air inlet and the ozone air outlet; UV lamp which is fixed when the control box is emitted and fixed to the lower part of the flange to discharge ozone generated in the air introduced through the air inlet through the ozone air outlet, and is inserted and protected inside the transparent tube Sterilizing washer for moving agricultural products, characterized in that consisting of. The method of claim 2, The air inlet port is sterilized cleaner for moving agricultural products, characterized in that it comprises an air filter for filtering the dust contained in the incoming air. The method of claim 2, The transparent tube is installed to be immersed in the water filled in the ozone generating chamber is sterilized washing machine for moving the agricultural and aquatic products, characterized in that to prevent the overheating of the UV lamp in water-cooled. delete The method of claim 1,  The washing room is a sterilization washing machine for moving the agricultural and aquatic products, characterized in that to form a drainage pipe for discharging the water to wash the agricultural and aquatic products to the outside. The method of claim 1, The washing chamber is a sterilization washing machine for moving the agricultural and aquatic products, characterized in that it comprises a washing reinforcement unit for reinforcing the desalination, washing and sterilization of the agricultural and aquatic products by atomizing the air bubbles including ozone emitted from the jet jet hole of the nozzle. The method of claim 7, wherein The washing reinforcing part is mounted in the washing chamber so as to be spaced apart from the nozzle, the plate through the plurality of pores; A plurality of containers stacked on the plate, each containing agricultural and marine products therein and having a perforated guide hole for guiding the atomized air bubbles therein; Opening and closing the upper portion of the washing room, sterilization washing machine for moving the agricultural and aquatic products, characterized in that the cover is configured to prevent the departure from the outside of the washing room by pressing the container when closing the washing room. The method of claim 8, The washing chamber is a sterilization washing machine for moving the agricultural and aquatic products, characterized in that the support jaw is formed on both sides facing the edge of the plate while maintaining the gap between the plate and the nozzle. The method of claim 8, The cover is made of a transparent material so as to visually check the washing state of the agricultural and marine products in the washing chamber, a mobile sterilization washing machine, characterized in that provided with a handle to open and close the washing chamber. The method of claim 1, The main body is a sterilizing cleaner for moving agricultural products, characterized in that provided with a wheel for movement.

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