KR101945793B1 - Electric shock type Fruit-vegetable washing and insecticidal apparatus - Google Patents

Abstract

More particularly, the present invention relates to an electric impact type vegetable washing and insecticidal apparatus, and more particularly, to an insecticidal apparatus for insecticide, which is capable of safely and safely storing insect pests and insect eggs, And to prevent secondary contamination caused by wastewater generated after washing insecticidal operation.
For this purpose, it comprises a conveying belt for conveying the fruits and vegetables in one direction, a primary washing section, an electric impact insecting section, a secondary washing section, and an air gun, and the generated wastewater is used to generate pests and insect pests And is discharged to the outside in a state in which it is removed.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to an electric shock type fruit-vegetable washing and insecticidal apparatus,

More particularly, the present invention relates to an electric impact type vegetable washing and insecticidal apparatus, and more particularly, to an insecticidal apparatus for insecticide, which is capable of safely and safely storing insect pests and insect eggs, And to prevent secondary contamination caused by wastewater generated after washing insecticidal operation.

Generally, there are many kinds of fruits such as chestnuts, radishes and the like, which are picked from the field, as well as various fruits such as chestnuts and apples, and there are many insect pests or harmful bacteria.

If they are ingested without properly washing them, they will cause parasites. If they are to be stored for a long time after harvesting nuts or grains such as chestnuts or beans, In the process, the fruit and vegetables are spoiled or destroyed by insects or germs, resulting in a problem that the merchantability is greatly deteriorated.

As a result, the consumer who bought the fruit and vegetable is pre-washed before being cooked or stored. However, such a washing method is apt to be washed only in flowing water, so that insects and pests can not be properly removed.

Various techniques for solving such problems have been devised, and conventional fruit and vegetable washes are disclosed in Korean Patent Publication No. 10-0636295 and Korean Patent Laid-Open No. 10-2003-0079213 (Patent Document 1) As shown, a cleaning method using mainly ultraviolet rays, ozone disinfection, ionized water, or a cleaning method using a separate cleaning liquid is mainly used.

However, this type of vegetable washing has a problem in that the insect / field which is parasitic to fruit and vegetables can not be completely removed, resulting in inefficiency.

In addition, after cleaning fruit and vegetables, the wastewater generated is discharged to the outside in a state containing insects / pests including microorganisms. As a result, pests of exotic species buried in fruits and vegetables imported from foreign countries are spread in Korea, Resulting in a problem of causing contamination.

Accordingly, it is possible to completely remove the pests and insect pests contained in the fruit and vegetables, minimize the damage of the fruits and vegetables that have undergone the washing insecticide, and preserve the inherent taste of the fruits and vegetables. So that a cleaning and insecticide device capable of preventing secondary contamination is required.

Korean Patent Registration No. 10-0636295 (registered on October 12, 2006) Korean Patent Publication No. 10-2003-0079213 (published October 10, 2003)

The present invention has been made to solve the above-mentioned problems, and it is an object of the present invention to provide an electric shock absorbing structure capable of immersing fruit and vegetables in the fruits and vegetables by using electric shock and electric shock, It is an object of the present invention to provide a method and apparatus for washing and insecting vegetables and fruits.

In addition, the insect and insect pests in the wastewater generated during washing and insecticidal processes of fruit and vegetables are killed and discharged to the outside in a state where they are configured to prevent secondary pollution by wastewater. It is an object of the present invention to provide an insecticide device.

In order to accomplish the above object, the present invention provides an electric impact type vegetable washing and insecting apparatus comprising: a conveyance belt for conveying fruit and vegetables in one direction; A primary washing section for spraying water at an appropriate pressure in the upper and lower parts of the conveyance belt passing therethrough to drop eggs of pests and insects living in the fruits and vegetables; The conveyance belt passing through the primary washing section passes through the electric shock tank provided with a plurality of electrode rods having a depth that the fruit and vegetables can be locked, and the electric shock Insecticide; A secondary washing unit for washing and dropping dead eggs of insect pests and insect pests attached to the fruits and vegetables by spraying water at an appropriate pressure in the upper and lower parts through the conveyance belt passing through the electric impact insecting unit; And an airgun tank for spraying air through the conveyance belt passed through the secondary washing unit to dry the fruits and vegetables that have been washed and killed.

The wastewater used or generated in the primary washing section, the electric shock insecting section, the secondary washing section, and the air tank is discharged to the outside in a state where the eggs of the insect and insect pests are removed by using electricity in the water tank provided with the electrode rod .

To this end, the primary washing section and the secondary washing section are provided with a washing machine for spraying water.

The washing machine includes a case-shaped case having a conveying belt and a plurality of discharge holes at a lower portion thereof, an upper nozzle disposed in an inner space of the case and discharging water downward from an upper portion of the conveying belt, And a lower nozzle for spraying water upward in the lower part of the conveyance belt.

If necessary, the washing machine is provided with a proximity sensor in the inside thereof, and is configured to automatically adjust the presence or absence of water spraying depending on the presence or absence of the fruit or vegetable being conveyed along the conveyance belt.

On the other hand, a sensor is included in one or more of the first washing unit, the electric shock insecting unit, the secondary washing unit, and the air tank, so that electricity is automatically shut off when the operator or the animal approaches.

And, the electric shock insecting part includes one or more buoyancy preventors at the upper part to prevent the picking up of the conveyance belt passing through the electric shock tank.

Preferably, the buoyancy prevention device is in the form of a cylinder composed of a fixed and rotating shaft and a brush having a length that surrounds the shaft.

And a primary wastewater tank disposed at a lower portion of the primary washing section and having a plurality of electrode rods provided at one side thereof, a discharge valve provided at the discharge port, and a discharge pipe extending outwardly from the discharge port.

A second waste water tank, which is located in the lower part of the second washing unit and collects the used wastewater, and a drying support tank in which the waste water generated at the lower part of the air tank tank collects are collected. The second waste water tank and the drying- Or the electric shock tank.

In one embodiment, the primary wastewater tank, the electro-shock tank, the secondary wastewater tank, and the drying basin have a depth and an extended single tank, wherein the primary wastewater tank portion is deeper than the depth of the electric shock tank portion, And a blocking portion composed of a blocking wall and a control valve so that the wastewater does not flow into the electric shock tank during washing and insecticidal processes.

Further, the air-gun tank has a dryer for spraying air.

The dryer includes a case-shaped case having a conveyance belt and a plurality of discharge holes at a lower portion thereof, an upper air nozzle positioned in an inner space of the case and discharging air downward from an upper portion of the conveyance belt, And a lower air nozzle for spraying air upward in a lower portion of the conveyance belt.

According to another aspect of the present invention, there is provided an apparatus for regulating the amount of electric current of an electrode rod, the apparatus comprising: an air generator for regulating the amount of electric current of an electrode rod; And a control panel (CP) for controlling the conveying speed of the conveying belt.

As described above, the electric impact type vegetable washing and insecting apparatus according to the present invention is characterized in that first, the fruits and vegetables sent to the electric shock tank are immersed in water, and the eggs of the pests and insects in the fruits and vegetables are killed by electric shock and electric shock So that it can be removed.

Secondly, the insect and insect pests in the wastewater generated during the washing and insecticidal processes of the fruit and vegetables are killed and removed, and then discharged to the outside, thereby preventing the secondary pollution by the wastewater.

Third, the fruits and vegetables transported by the conveyor belt are passed through the primary washing section, the electric shock insecting section, the secondary washing section and the air tank section, thereby enhancing the washing and insecting efficiency of the fruits and vegetables, .

Fourth, by exterminating insect pests and insect pests of exotic species in imported fruits and vegetables, it is possible to prevent invasion of exotic insect pests and insect pests.

FIG. 1 is a schematic diagram showing an electric impact type vegetable washing and insecticide device according to the present invention.
FIG. 2 is a schematic view showing an embodiment of an electric shock-type vegetable washing and insecticide device according to the present invention.
FIG. 3 is a view showing a washing machine applied to an electric impact type vegetable washing and insecticidal apparatus according to the present invention.
FIG. 4 is a view showing a buoyancy prevention device applied to an electric impact type vegetable washing and insecticide device according to the present invention. FIG.
FIG. 5 is a view showing an embodiment of a water tank applied to an electric impact type vegetable washing and insecticidal apparatus according to the present invention.
FIG. 6 is a view showing a dryer applied to an electric impact type vegetable washing and insecticidal apparatus according to the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT Hereinafter, a preferred embodiment of an electric impact type vegetable washing and insecticide device according to the present invention will be described in detail with reference to the accompanying drawings.

In describing the present invention, it is assumed that the upper part and the upper part indicate a portion having a height on the ground or a direction thereof, and the lower part or the lower part indicates a part or a direction opposite thereto.

In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted so as to avoid obscuring the subject matter of the present invention.

1 to 3, the electric shock-type vegetable washing and insecticide device 1 according to the present invention is a pest washing and insecticide device for insecticide and insecticide according to the present invention, It is constructed to kill and completely remove insect poultry through electric shock and electric shock.

In the following description of the present invention, the objects to be washed are designated as fruit vegetables, but this corresponds to one embodiment, and it is possible to use the fruits, grains, fish, shellfish, meat, And the apparatus of the present invention can be applied to washing and insecting clothes as required.

In order to clean and insect fruits and vegetables using electricity, the electric impact type vegetable washing and insecting apparatus 1 mainly comprises a primary washing unit 3, an electric shock insecting unit 4 and a secondary washing unit 5, And an airgun tank (6).

The primary washing section 3, the electric shock pest controlling section 4, the secondary washing section 5 and the air cannon trunk section 6 may be provided continuously in a single support frame 1-1 or may be provided separately Frame.

First, the conveyor belt 2 is conveyed in one direction for washing and insecting, and the conveyor belt having a plurality of through holes 2-1 is applied.

The conveyor belt 2 includes side wings if necessary so that the fruits and vegetables are not separated from the conveyor belt 2 during washing and insecticidal work.

The primary washing section 3 is configured to pass through the center of the conveyance belt 2 and spray water of a proper pressure through the nozzles at the upper and lower portions of the conveyance belt 2 passing therethrough, Mainly wash.

Preferably, the sprayed water has a pressure capable of dropping soil, pests and insect eggs on the surface without damaging the outer surface of the fruit and vegetables, and is configured to control the spraying pressure according to the object to be washed.

At this time, as the fruits and vegetables are washed in the primary washing part 3, the insect and insect eggs in the fruits and vegetables are dropped by the sprayed water, and the water (wastewater) thus used and the pests and insects The eggs are collected in the primary wastewater tank (3-1) located in the lower part of the primary washing section (3).

Then, the electric shock insecting part (4) kills and removes pests and pests from fruits and vegetables through direct electric shock and electric shock in the state that the first washed fruits and vegetables are immersed in water.

To this end, the electric shock insecting portion 4 is configured such that the conveyance belt 2 having passed through the primary washing portion 3 passes through the electric shock tank 4-1 having a plurality of electrode rods 50 with a depth .

At this time, the conveyor belt 2 is configured such that the fruit and vegetables to be conveyed pass through the electric shock tank 4-1 and are bent at an angle as needed so as to be submerged in water.

The secondary washing section 5 passes the conveyance belt 2 having passed through the electric shock insecting section 4 and injects water from the upper part and the lower part as in the case of the primary washing section 3 The fruit and vegetables are secondarily rinsed off.

Through this second washing process, the eggs of insect and insect pests which are dying by electric shock and attached to the fruits and vegetables are completely separated from the fruits and vegetables.

The water (wastewater) used in the secondary washing section 5 is collected in the secondary wastewater tank 5-1 located in the lower part of the secondary washing section 5 and treated separately.

The conveyance belt 2 having passed through the secondary washing section 5 is then passed through the air cylinder 6 so that air is sprayed to the fruit and vegetables on the conveyance belt 2 passing through the secondary washing section 5 Dry as dry as possible.

The water (wastewater) that has fallen downward due to the air pressure in the air tank trough 6 is gathered in the drying tank 6-1 located below the air tank trough 6 and treated separately.

The electric impact type vegetable washing and insecting apparatus 1 according to the present invention constructed as described above is characterized in that the first washing unit 3, the electric shock insecting unit 4, the secondary washing unit 5, ), The insect and pest eggs that have been inhabited by fruits and vegetables are completely destroyed by electricity, thereby enhancing the commerciality of the fruits and vegetables and enabling them to be used as safe food.

Meanwhile, the wastewater used or generated in the primary washing unit 3, the secondary washing unit 5, and the air canopy unit 6 is used to kill eggs of pests and pests using electricity in a water tank provided with the electrode rod 50 In addition, it has an effect of preventing secondary pollution by wastewater through the removal of pests and pests of exotic pests and insects by exterminating pests and pests of exotic species in case of imported fruit and vegetables. It is possible to prevent the entry of the < RTI ID = 0.0 >

In addition, for the sake of safety, in order to include the sensor 14 in one or more of the primary washing section 3, the electric shock pest controlling section 4, the secondary washing section 5, Which automatically cuts off electricity when approaching the operator or animal.

A control panel (CP) for job control of the apparatus is provided on one side of the apparatus (1) or electrically connected to the outside.

Next, referring to FIGS. 2 and 3, the washing machine 10 applied to the primary washing section 3 and the secondary washing section 5 will be described below.

As shown in the figure, the primary washing section 3 and the secondary washing section 5 are provided with a washing machine 10 for spraying water of appropriate pressure so that the outer surface of the fruit and vegetables are not damaged.

At this time, the washing machine 10 is provided with a casing 11 in the shape of a casing having a conveyance belt 2 and a plurality of discharge holes 11-1 at the bottom thereof, An upper nozzle 12 for spraying water downward from the upper portion of the belt 2 and a lower nozzle located in the inner space of the case 11 and for spraying water upward in the lower portion of the conveyance belt 2 13).

Preferably, the conveyor belt 2 passing through the washer 10, including the fruit and vegetables, is a conveyor belt 2 provided with a plurality of through-holes 2-1 so that water can escape.

The wastewater used in the first washing step and the eggs of pests and insects falling off from the fruit and vegetables are collected separately in the first wastewater tank 3-1 to be described later and the wastewater used in the second washing step is also described Collected into the secondary wastewater tank (5-1) and treated separately.

The washing machine 10 is provided with a proximity sensor (not shown), and is provided with a proximity sensor. The washing machine 10 checks whether or not the sprayed water is sprayed depending on whether or not the fruit and vegetables conveyed along the conveyance belt 2 are located within the washing machine 10 It can be adjusted automatically.

Preferably, the sensor 14 is provided at one side of the washing machine 10 so as to shut off electricity flowing into the apparatus, specifically, electricity to be transmitted to the electrode 50 when the operator or the animal approaches the apparatus.

In one embodiment, the sensor 14 may be a proximity sensor, but is not limited thereto.

2 and 4, the electric shock insecting unit 4 is configured such that the fruits and vegetables on the conveyance belt 2 passing through the electric shock tank 4-1 are conveyed to the upper part of the electric shock tank 4-1 And one or more buoyancy preventors 20 at the upper part so as to be immersed in water without floating.

Preferably, the buoyancy prevention device 20 comprises a shaft 21, which is not shown but fixed to one side of the frame of the apparatus 1, and a brush 22 having a length that surrounds the shaft 21.

The fruit or vegetable which is conveyed while being conveyed by the conveyor belt 2 while being conveyed through the electric shock tank 4-1 is immersed below the water surface of the electric shock tank 4-1, 50), the eggs of pests and pests attached to the fruits and vegetables are killed and eliminated by electric shock and electric shock.

At this time, the fruit and vegetables are raised in the water by buoyancy in the water, and the buoyancy preventing device 20 prevents the floats from being damaged while the fruit and vegetables are not damaged by using the brush 22 while rotating around the shaft 21.

In addition, since the brush 22 of the rotating buoyancy prevention device 20 passes while sweeping the surface of the fruit and vegetables, the pest and pest eggs attached to the fruits and vegetables are also dropped into the electric shock tank 4-1 do.

As described above, the fruits and vegetables of the insects and pests are killed through the electric shock and impact by the electrode rod 50 while passing through the electric shock tank 4-1.

Meanwhile, electric shock and electric shock through the electrode rod 50 are performed by flowing electric current with a time interval. Although not shown, the electric shock tank 4-1 constituting the electric shock insecting unit 4, if necessary, Or a sensor for sensing that the operator is close to one side of the frame and cutting off the electricity.

2 and 6, the air bag 6 includes a dryer 30 for drying the fruits and vegetables through the nozzles by using the air pressure supplied through the air generator 8.

On the other hand, the water that has fallen during the drying process in the dryer (30) is gathered in the drying basin (6-1) located at the lower part of the dryer (30)

Since the amount of water generated during the drying process is insignificant, the drying basin 6-1 may not be installed if necessary.

The dryer 30 is provided with a case 31 having a hollow shape and having a plurality of discharge holes at a lower portion thereof through which the conveyor belt 2 is passed, And a lower air nozzle 33 positioned in the inner space of the case 31 and injecting air upward in the lower portion of the conveyance belt 2 .

A plurality of through holes may be formed in the lower portion of the case 31 to allow water to pass therethrough.

Although not shown according to need, the dryer 30 includes a heating line (not shown) inside thereof. According to the setting, the inside of the dryer 30 is conveyed by the conveyance belt 2, .

As described above, the electric impact-type vegetable washing and insecting apparatus 1 according to the present invention is characterized in that the first washing unit 3, the electric shock insecting unit 4, the second washing unit 5, The wastewater used or generated in the tank 6 is discharged to the outside in a state in which the eggs of the insect and pest are killed by using electricity in the water tank provided with the electrode rod 50. [

2, water (wastewater) used in each of the primary washing section 3, the electric shock pest controlling section 4, the secondary washing section 5, and the air cannulating section 6, And a water tank for collecting water.

Of course, the electric shock insecting unit 4 has described that the electric shock tank 4-1 is provided so that it can be washed and insected by electricity while conveying the fruits and vegetables so that the conveyance belt 2 is immersed in water.

The primary washing section 3 includes a primary wastewater tank 3-1 as a lower part of the washing machine 10. The primary wastewater tank 3-1 includes a plurality of electrode rods 50 A discharge valve 41 provided in the drain port, and a discharge pipe 40 communicated with the drain port and extended to the outside.

The secondary washing section 5 has a secondary wastewater tank 5-1 in which the used water (wastewater) is collected and the lower part of which is located at the lower part. And a drying receptacle (6-1).

At this time, the secondary wastewater tank 5-1 and the drying basin tank 6-1 are configured to communicate with the primary wastewater tank 3-1 or the electric shock tank 4-1 equipped with the electrode rod 50 .

Such a communicated structure is used to make each of the water tanks communicate with each other using a transfer pipe 9 or to connect the primary wastewater tank 3-1, the electric shock tank 4-1, the secondary wastewater tank 5-1, And the drying basin 6-1 may have an extended single water tank having a depth.

When the wastewater collected in the primary wastewater tank (3-1) is deeper than the depth of the portion of the electric shock tank (4-1), the portion of the primary wastewater tank (3-1) And a blocking unit 60 composed of a blocking wall 61 and a control valve 62 so as not to flow into the electric shock tank 4-1 during the process.

5 (a) is an explanatory view showing an example in which the primary wastewater tank 3-1, the electric shock tank 4-1, the secondary wastewater tank 5-1, (6-1) are configured to communicate with each other using a transfer pipe (9). Black spots, which are not designated by reference numerals, refer to an electrode, and may be installed in each water tank as required.

Then, the wastewater from the primary wastewater tank (3-1) is prevented from flowing into the electric shock tank (4-1).

5 (b) shows another embodiment of the present invention. The primary wastewater tank 3-1, the electric shock tank 4-1, the secondary wastewater tank 5-1, and the drying basin tank 6-1 ) Has a depth and consists of a single extended tank.

The portion of the primary waste water tank (3-1) is deeper than the depth of the portion of the electric shock tank (4-1), and the wastewater collected in the primary waste water tank (3-1) 2, a blocking portion 60 composed of a blocking wall 61 and a control valve 62 is provided.

5 is only an example, but the present invention is not limited thereto.

The electric impact type vegetable washing and insecting apparatus 1 according to the present invention includes a regulator for regulating the amount of electric current of the electrode rod 50 at one side of the apparatus and includes an air generator A control panel CP for controlling the pressure of the water pump 9 for introducing water into the primary washing section 3 and the secondary washing section 5 and the feeding speed of the feeding belt 2, As shown in FIG.

The electric impact type vegetable washing and insecting apparatus 1 constructed as described above is characterized in that the first washing section 3 and the electric shock insecting section 4, the secondary washing section 5, The length of the section through which the conveyance belt 2 passes can be configured to match the processing amount.

The fruits and vegetables are firstly washed while passing through the primary washing section 3 to remove the soil and byproducts while dropping the insect and insect poultry eggs, Of eggs are killed and removed by electric shock and impact using electricity.

Then, it is rinsed and washed through the secondary washing section 5 to completely remove the eggs of killed pests and insect pests and to commercialize them, and they are dried through the air gun trough 6 and have commercial properties.

The generated wastewater is completely killed by insect pest and insect eggs by electric shock through the electrode rod 50, and is discharged to the outside in a dead state, thereby preventing second pollution caused by pests of alien species.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or scope of the invention. It is not.

1: electric impact type vegetable washing and insecticide device
2: conveying belt 3: primary cleaning unit
3-1: Primary wastewater tank 4: Electric shock damper
4-1: electric shock tank 5: secondary washing section
5-1: Secondary waste water tank 6: Airgun tank
6-1: Drying tank 10: Washer
11: Case 20: Buoyancy prevention device
21: Axis 22: Brush
30: dryer 31: case

Claims (11)

A conveyance belt (2) for conveying the fruits and vegetables in one direction; A primary washing section 3 for spraying water from upper and lower parts of the conveyance belt 2 passing therethrough to drop eggs of pests and pests living in the fruits and vegetables; The conveyance belt 2 having passed through the primary washing section 3 passes through the electric shock tank 4-1 provided with a plurality of electrode rods 50 at a depth such that the fruits and vegetables can be locked, An electric shock insecting unit 4 for electric shock and decontamination using electricity injected with insect pests and insect eggs in a time interval; A secondary washing unit 5 for washing the eggs of the insect pests and pests which have passed through the electric shock insecting unit 4 and sprayed water from the upper and lower parts through the conveyance belt 2, )Wow; (6) for spraying air through the conveyance belt (2) which has passed through the secondary washing section (5) and drying the dried fruit and vegetables; The wastewater used or generated in the primary washing section 3, the electric shock insecting section 4, the secondary washing section 5, and the air canopy section 6 is pumped to a pest And an insect pest is electrically discharged to the outside in a state in which the insect is removed from the pest;
A discharge valve 41 provided in the drain port and a discharge pipe 40 communicating with the drain port and extended to the outside so as to be connected to the first cleaning section 3, A main waste water tank (3-1); A secondary wastewater tank (5-1) located at the lower part of the secondary washing unit (5) and collecting used wastewater; And a drying support tank (6-1) for collecting the generated wastewater located below the air tank (6);
The secondary effluent water tank (5-1) and the drying basin tank (6-1) communicate with the primary effluent water tank (3-1) or the electric shock tank (4-1);
The primary wastewater tank (3-1), the electro-shock tank (4-1), the secondary wastewater tank (5-1), and the drying basin tank (6-1) are composed of an extended single tank having a depth;
The portion of the primary waste water tank (3-1) is deeper than the depth of the portion of the electric shock tank (4-1), and the wastewater collected in the primary waste water tank (3-1) And a blocking part (60) composed of a blocking wall (61) and a control valve (62) so as not to flow into the interior of the washing machine (1).
The method according to claim 1,
The primary washing section 3 and the secondary washing section 5 are provided with a washing machine 10 for spraying water,
The washer (10)
A casing 11 in the form of a casing having the conveyance belt 2 and a plurality of discharge holes 11-1 at the bottom thereof and a casing 11 positioned in the inner space of the casing 11, And a lower nozzle 13 positioned in an inner space of the case 11 and injecting water upward in a lower portion of the conveyance belt 2, Wherein the electric shock-type vegetable washing and insect-fighting device is constituted by an electric shock-type washing and insecting device.
3. The method of claim 2,
Characterized in that the washing machine (10) is provided with a proximity sensor in the inside thereof, and the presence or absence of spraying of water is automatically regulated and sprayed depending on the presence or absence of fruit and vegetables conveyed along the conveyance belt (2).
The method according to claim 1,
It is preferable that at least one of the primary washing section 3, the electric shock pest controlling section 4, the secondary washing section 5 and the air cannulating section 6 includes a sensor 14, Wherein the electric power is automatically cut off when approaching.
The method according to claim 1,
The electric shock insecting portion (4)
And one or more buoyancy prevention devices (20) on the upper part of the conveyor belt (2) to prevent the conveyor belt (2) from being overflowed by the electric shock tank (4-1) Device.
6. The method of claim 5,
The buoyancy inhibitor (20)
And a cylindrical shape comprising a shaft (21) fixedly rotating and a brush (22) having a length covering the shaft (21).
delete delete delete The method according to claim 1,
The air cylinder 6 has a dryer 30 for spraying air,
The dryer (30)
A casing 31 in the form of a casing having a plurality of discharge holes at a lower portion thereof through which the conveyance belt 2 is passed and a casing 31 located in an inner space of the casing 31, And a lower air nozzle 33 positioned in an inner space of the case 31 and injecting air upward in the lower portion of the conveyance belt 2. The upper air nozzle 32 injects air Electric impact type vegetable washing and insecticide device.
The method according to claim 1,
And an adjuster for adjusting the amount of current of the electrode 50,
The air pressure of the air generator 8 for introducing air into the air cylinder 6 and the pressure of the water pump 9 for flowing the water into the primary cleaning part 3 and the secondary cleaning part 5, Further comprising a control panel (CP) for controlling the conveying speed of the belt (2).

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