KR102516460B1 - Eco-friendly automatic control trap for slug - Google Patents

Abstract

The present invention relates to an eco-friendly snail automatic control trap, which is disposed on the ground and includes a lower trap for trapping snails; an upper storage unit disposed above the lower trapping unit at intervals to store a liquid attractant for attracting snails and a solid repellent for repelling snails; an opening/closing device unit that opens and closes to automatically discharge or block the attractant and repellent stored in the upper storage unit to the lower side where the lower trapping unit is located; a load sensing unit disposed on an inner bottom surface of the lower trapping unit to sense a weight due to a load; and a control unit for automatically discharging and blocking the attractant and repellent stored in the upper storage unit by receiving a weight sensing signal from the load sensor and automatically controlling the opening and closing operation of the opening and closing device unit.
According to the present invention, it is possible to reduce labor force through automatic discharge of pesticides (repellent and attractant) during snail control work. Effective control such as attracting and eradicating snails can be performed at the same time, damage to crops can be reduced, and safe control without harm to people and the environment can be performed.

Description

Eco-friendly automatic control trap for slug}

The present invention relates to an eco-friendly automatic trap for snail control, and more particularly, to reduce labor through automatic discharge of pesticides (repellent and attractant) during snail control, and in particular, unlike conventional methods, beer and coffee waste repellent It relates to an eco-friendly snail automatic control trap that can be used together as an attractant to implement effective control, such as being able to implement eco-friendliness and simultaneously attracting and eradicating snails.

In general, snails such as slugs are pests that live and hide while living in humid places such as underground or greenhouses, and then come out to the surface mainly at night and are active. It is causing a lot of damage, so effective control is required.

Currently, the control methods required to remove pests, including slugs, are almost dependent on pesticides, and as the amount of pesticides increases, the consumption of pesticides in Korea doubles within 10 years. situation, and there is a problem of causing harm to workers who perform pest control operations using pesticides.

In addition, conventionally, in order to control these snails, the method of controlling these snails is by spraying the attracting poison, such as metaldehyde or etope, directly on the soil or placing the attracting poison in a container with an open top and placing it on the surface mainly used.

However, snails have a thick outer shell or thick mucous membrane, so even if pesticides such as drugs are sprayed, the drugs do not penetrate well into the body, and they are highly adaptable to the environment and are omnivorous pests. are on the brink

In addition, the conventional control method had the inconvenience and inconvenience of having to change the trap at regular intervals after a person directly installed the trap.

On the other hand, when examining the prior art literature in relation to the conventional snail control technology, Korean Patent Registration No. 10-0791490 (hereinafter referred to as 'Patent Document 1') discloses a "movable snail bait trap" Korean Patent No. 10-1852962 (hereinafter referred to as 'Patent Document 2') discloses a "fruit tree-mounted slug collector", and Korean Patent No. 10-1830521 (hereinafter referred to as 'Patent Document 2') 3') discloses a "slug catcher".

Patent Document 1 describes "a catch box with a wall surface inclined upward along the circumference of the bottom surface and an opening formed at the top; a bait container installed inside the capture box; an upper part of a wall surface inclined downward in an inward direction" has an upper lid in which an entry port is formed so that the snail can easily pass through, and a lower portion of the entry port is inserted into the opening and coupled to the upper end of the wall surface of the trap.

In addition, Patent Document 2 discloses, "After inserting the lure storage cup in which the lure unique to slugs is stored into the tree trunk through the fruit tree passage, wrap it around the tree trunk using Velcro tape fixed to the storage cup, By constructing a structure that is attached and fixed to the Velcro tape fastening part, the slug that climbs the fruit tree climbs the surface of this device with simple installation of the device without the input of pesticides or manpower, and the inside of the attractant liquid storage cup where the attractant liquid is stored It has a "configuration that easily captures and attracts".

In addition, Patent Document 3, "Two layers of moisture absorbent fabric are laid on the soil floor, a supply hose structure provided with a spout hole through which the attractant is ejected is inserted between the absorbent fabric, and the attractant supply hose structure and the attractant are contained. It has a “configuration to connect the drug barrels with an induction hose to replenish the bait solution in the drug barrel after the device is installed.

However, Patent Document 1 to Patent Document 3 having the above-described configuration can be said to have a special difference in the method and use of pesticides for capturing and exterminating snails from the present invention proposed below.

Republic of Korea Patent Registration No. 10-0791490 Republic of Korea Patent Registration No. 10-1852962 Republic of Korea Patent Registration No. 10-1830521

The present invention was made to solve the problems of the prior art as described above, and allows to reduce labor through automatic discharge of pesticides (attractants and repellents) during snail control work, and in particular, unlike the prior art, beer and coffee The purpose is to provide an eco-friendly automatic snail control trap that can implement effective control such as simultaneously attracting and expelling snails while realizing eco-friendliness by using gourd as both an attractant and a repellent.

The present invention provides an eco-friendly snail automatic control trap that can improve the hassle and inconvenience of having to change it at regular intervals after installing a conventional trap by realizing unmanned control through an automatic discharge function of the control agent during snail control. It has a purpose.

An object of the present invention is to provide an eco-friendly snail automatic control trap that enables environmentally friendly and safe control through a configuration that uses and automatically discharges control agents (attractants and repellents) made of eco-friendly materials.

An eco-friendly snail automatic control trap according to the present invention for achieving the above object is disposed on the surface and includes a lower trap for capturing snails; an upper storage unit disposed above the lower trapping unit at intervals to store a liquid attractant for attracting snails and a solid repellent for repelling snails; an opening/closing device unit that opens and closes to automatically discharge or block the attractant and repellent stored in the upper storage unit to the lower side where the lower trapping unit is located; a load sensing unit disposed on an inner bottom surface of the lower trapping unit to sense a weight due to a load; and a control unit for automatically discharging and blocking the attractant and repellent stored in the upper storage unit by receiving a weight sensing signal from the load sensor and automatically controlling the opening and closing operation of the opening and closing device unit.

Here, the attractant may be beer, and the repellent may be coffee grounds.

Here, the lower catch part, the lower case of the upper open body; an attractant receiver disposed inside the lower case and containing the attractant discharged from the upper storage unit to attract snails; It is seated on the upper surface of the attractant receiver, and the attractant discharged from the upper reservoir passes through the attractant receiver, and the repellent discharged from the upper reservoir blocks the lower passage to remain, thereby catching snails. It may be configured to include;

Here, as the upper end of the attractant receiver, a pair of holders are integrally formed on both sides in the front-back direction or on both sides in the left and right directions and provided with an upward protruding structure, so that the attractant receiver is seated on the lower case in a state of being held. In addition to enabling, it is configured to fit and fix the strainer to be positioned on the upper surface of the attractant receiver, and it may be configured to have a handle part extending outwardly and integrally formed and protrudingly disposed on either side of the holder.

Here, the load sensing unit is interposed between the lower case and the attractant receiver, and may be a load cell.

Here, the upper storage unit is composed of a storage tank with an upper open body, and the storage tank has a partition wall to store an attractant storage unit, a repellent storage unit for storing a repellent, an opening and closing device unit, Forming a compartment with a device installation part for installing a control unit; An attractant discharge hole is formed in the attractant storage unit, a repellent discharge hole is formed in the repellent storage unit, and the attractant storage unit and the repellent storage unit each have an inclined portion for inducing easy discharge of contents. can

Here, the upper surface of the storage tank may have a configuration in which a cover is hinged.

Here, a water level sensor may be installed in the attractant storage unit to check the consumption of the attractant.

Here, the opening and closing device unit is installed in the device installation part of the storage tank, a motor generating forward and reverse rotational force, a pinion coupled to the motor and rotating forward and backward, and a gear coupled to the pinion to slide according to forward and reverse rotation. It includes a rack that moves and opens and closes; The opening and closing device unit includes a first opening and closing device unit that opens and closes the attractant discharge hole on the side of the attractant storage unit and a second switch unit that opens and closes the repellent discharge hole on the side of the repellent storage unit. .

Here, a support is installed on the lower side of each of the attractant storage unit and the repellent storage unit to prevent sagging and stable operation of the sliding rack on the first switchgear unit side and the sliding rack on the second switchgear unit side. can have a configuration that

Here, the attractant storage unit may be configured to form a nozzle connection hole at the lower end of the outer surface to withdraw the stored attractant to the outside.

Here, the attractant discharge hole on the side of the attractant storage unit is formed in a circular shape for smooth discharge of the attractant in a downward direction, and the repellent discharge hole on the side of the repellent reservoir is formed in a circular shape to smoothly discharge the repellent in a downward direction. can be formed into a rectangle.

According to the present invention, it is possible to reduce labor force through automatic discharge of pesticides (repellent and attractant) during snail control work. It is possible to perform effective control, such as being able to attract and exterminate snails at the same time, and to achieve useful effects of reducing damage to crops.

According to the present invention, by realizing unmanned operation through automatic discharge of the control agent during snail control, it is possible to improve the inconvenience and inconvenience of having to change the trap at regular intervals after installing the conventional trap, and very effectively increase the mortality rate of snails. A identifiable useful effect can be achieved.

According to the present invention, beer and coffee waste, which are eco-friendly materials, are used as pest control agents (attractants and repellents), as well as by controlling automatic discharge, so that there is no harm to people and the environment, and a useful effect of environmentally friendly and safe pest control can be achieved. can be achieved

1 is a perspective view showing an eco-friendly snail automatic control trap according to an embodiment of the present invention.
2 is a plan view showing an eco-friendly snail automatic control trap according to an embodiment of the present invention.
3 is a cross-sectional view showing an eco-friendly snail automatic control trap according to an embodiment of the present invention.
Figure 4 is a perspective view of the main part shown to explain the opening and closing device installed in the upper storage part in the eco-friendly automatic snail control trap according to an embodiment of the present invention.
5 is a perspective view showing the main part of the lower trap in the eco-friendly snail automatic control trap according to an embodiment of the present invention.
6 is an exploded perspective view showing a lower trap in an eco-friendly snail automatic control trap according to an embodiment of the present invention.
Figure 7 is a block diagram shown to explain the operation principle of the opening and closing device unit and the control unit in the eco-friendly automatic snail control trap according to an embodiment of the present invention.

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

The terms used in the present invention are terms defined in consideration of functions in the present invention, which may vary according to the intention or custom of the user or operator, so the definitions of these terms are meanings consistent with the technical details of the present invention. and should be interpreted as a concept.

1 to 7 are views shown to explain an eco-friendly snail automatic control trap according to the present invention.

Eco-friendly automatic snail control trap 100 according to an embodiment of the present invention, as shown in FIGS. 140, and a controller 150.

The lower trapping unit 110 is disposed on the surface and is configured to attract and capture snails.

The lower catch part 110 contains the lower case 111 of the upper open body and the liquid lure agent disposed inside the lower case 111 and discharged from the upper storage part 120 to attract snails. It includes an attractant receiver 112 and a strainer 113 seated and disposed on the upper surface of the attractant receiver 112.

The lower case 111 may be provided as a rectangular case, and has a configuration of integrally forming a spacer support 111a that is erected vertically and protrudes from four corners for space arrangement with the upper storage part 120. can do.

The lower case 111 may be made of a transparent material such as acrylic, and the weight can be reduced, and the operating state such as capture of the snail can be directly checked, so that it is easy to check if a problem such as malfunction or clogging occurs. And it can provide the advantage of enabling easy processing.

The attractant receiver 112 is provided with a pair of holders 112a integrally formed and upwardly protruding at the upper end thereof, so that the attractant receiver 112 is seated on the lower case 111 in a mounted state. In addition to enabling placement, the strainer 113 may be configured to be positioned on the upper surface of the attractant receiver 112 so as to be fitted and fixed.

Here, the pair of holders 112a may be provided on both sides in the front-back direction or both sides in the left-right direction of the upper end of the attractant receiver 112.

Here, one side of the pair of mounting brackets 112a is provided with a handle portion 112b that extends outwardly and is formed integrally and protrudes, so that the attractant receiver 112 is seated on the lower case 111 side. Ease and convenience can be provided at the time of application or separation.

The attractant receiver 112 may also be made of a transparent material such as acrylic.

The strainer 113 allows the liquid attractant discharged from the upper storage unit 120 to pass through the lower side to be stored in the attractant receiver 112, and the solid discharged from the upper storage unit 120. The repellent is provided to perform the role of catching snails by blocking the passage of the lower side and remaining.

That is, a solid repellent is stored on the upper surface of the strainer 113 to form a trap for trapping and repelling snails attracted by the liquid attractant stored in the attractant container 112 on the strainer 113. will do

Here, beer may be used as the liquid attractant, and coffee grounds may be used as the solid repellent.

Here, the beer is used as a medium to repeatedly and automatically discharge the attractant and the repellent by using the phenomenon of evaporation in nature while being used for attracting snails through the unique scent of beer.

The coffee grounds contain a large amount of polyphenol components that have pest control and antibacterial action, and are used as a medium for controlling and eradicating snails.

The upper storage part 120 is located above the lower trapping part 110 and is spaced apart from each other to ensure the easy discharge of the attractant and repellent, and the liquid attractant (B) and snail to attract snails. It is a configuration for storing and supplying the repellent (C), which is a powder particle in a solid state, to repellent in a downward direction.

The upper storage unit 120 is made of a storage tank 121 having an open upper body, and may be made of a transparent material such as acryl.

The storage tank 121 is provided in a rectangular shape such as a rectangular parallelepiped to match the lower case 111 on the side of the lower trapping unit 110.

At this time, the storage tank 121 is provided with a partition wall to include an attractant storage unit 122 for storing a liquid attractant, a repellent storage unit 123 for storing a solid repellent, and the opening and closing device unit ( 130) and a device installation unit 124 for installing the control unit 150.

Here, an attractant discharge hole 122a is formed in the attractant storage unit 122, and a repellent discharge hole 123a is formed in the repellent storage unit 123.

Here, the attractant discharge hole 122a on the side of the attractant storage unit 122 is preferably formed in a circular shape for smooth discharge of the liquid attractant in the downward direction, and the repellent reservoir 123 The side repellent discharge hole 123a is preferably formed in a rectangular shape for smooth discharge of the solid-state repellent in a downward direction.

Here, the attractant storage unit 122 and the repellent storage unit 123 may each have a configuration in which inclined portions 122b and 123b are formed to induce easy discharge of the contents (attractant and repellent). there is.

Here, a nozzle connection hole 122c may be formed at the lower end of the outer surface of the attractant storage unit 122 so that the stored attractant may be drawn out and taken out.

In addition, the lure agent may use beer in a liquid state, and when the beer is spoiled by the temperature in summer, it can be used to replace it with a new beer after removing it.

Here, since the liquid lure agent is put into and stored in the lure agent storage unit 122, a water level sensor (not shown) may be installed to automatically check the consumption amount of the lure agent stored therein.

In addition, the upper surface of the storage tank 121 may have a configuration in which a cover (not shown) is hinged using a hinge or the like, and through this, maintenance or replacement of parts constituting the opening and closing device unit 130 It is possible to prevent the introduction of foreign substances and the like into the attractant and the repellent stored inside while enabling the easy operation.

Here, the cover is also preferably made of a transparent material such as acryl.

The opening and closing device unit 130 moves the attractant and repellent stored in the upper storage unit 120, that is, the attractant storage unit 122 and the repellent storage unit 123, respectively, to the lower side where the lower catch unit 110 is located. It is a configuration that opens and closes to automatically discharge or block.

The opening and closing device unit 130 includes a first opening and closing device unit 130A that opens and closes the attractant discharge hole 122a on the side of the attractant storage unit 122 for automatic discharge control and efficient discharge control, and the repellent storage unit. It can be configured with a second opening/closing device unit 130B that opens and closes the repellent discharge hole 123a on the (123) side.

The first switchgear unit 130A and the second switchgear unit 130B have the same structure, and are operated simultaneously or separately by signals generated from the control unit 150.

The switchgear unit 130, that is, the first switchgear unit 130A and the second switchgear unit 130B are placed on the device installation part 124 of the storage tank 121 on the upper storage unit 120 side, respectively. installed

The first switchgear unit 130A and the second switchgear unit 130B each have a motor 131 generating forward and reverse rotational force, a pinion 132 coupled to the rotation shaft of the motor 131 and rotating forward and backward, It consists of a configuration including a rack 133 that is gear-coupled to the pinion 132 and performs an opening and closing function through a forward and backward motion by sliding movement according to forward and reverse rotation.

Here, the motor 131 may use a servo motor for precise control.

Here, the rack 133 has a structure having a rack gear on the lower surface as a flat structure, and according to the forward and backward motion by sliding movement, the attractant storage unit 122 side attractant discharge hole 122a and the It functions to substantially open and close each of the repellent discharge holes 123a on the side of the repellent storage unit 123.

Here, the racks 133 are located at the lower side of the attractant discharge hole 122a on the side of the attractant storage unit 122 and the lower side of the lower side of the repellent discharge hole 123a on the side of the repellent storage unit 123 and slide. It is provided to perform a forward and backward operation by.

In addition, the opening/closing device unit 130 may have a structure in which a support 134 is installed to prevent sagging of the components of the rack 133 that slide and move forward and backward and for stable operation.

Here, the support 134 is provided on the lower outer surface of the attractant storage unit 122 and the lower outer surface of the repellent storage unit 123, respectively, and is a rack that slides on the first opening and closing device unit 130A. 133 and the rack 130 sliding on the side of the second switchgear 130B are provided to support each other.

The load sensing unit 140 is disposed on the inner bottom surface of the lower trapping unit 110 to detect weight due to a load.

The load sensing unit 140 is preferably interposed between the lower case 111 constituting the lower trapping unit 110 and the attractant receiver 112, and is preferably composed of a load cell.

Here, the load sensing unit 140 measures the load including the liquid attractant stored in the attractant container 112 and the solid repellent stored on the upper surface of the strainer 113, and the control unit 140 It is provided to transmit a weight measurement signal to (150).

Here, the load detecting unit 140 detects the weight that is changed by evaporation of the liquid attractant in the attractant receiver 112, and stores the attractant and repellent stored in the attractant storage unit 122. It functions as a medium that provides a signal for automatic discharge and supply of the repellent stored in the unit 123.

The control unit 150 is installed in the device installation unit 124 of the upper storage unit 120 together with the components constituting the opening and closing device unit 130, and the weight detection signal is received from the load sensing unit 140. The attractant and repellent storage unit 123 stored in the upper storage unit 120, that is, the attractant storage unit 122, by receiving and automatically controlling the opening and closing operation of the opening and closing device unit 130 through a change in the measured value. ) It is a configuration for automatically discharging or blocking the repellent stored in each.

The controller 150 may be composed of a microcontroller.

The controller 150 may use an Arduino Uno having an Arduino circuit design.

Here, the control unit 150 measures the weight by the load in the load sensing unit 140, and operates as the motor 131 of the switchgear unit 130 when the measured value falls below a preset weight range. By sending a signal and moving the rack 133, the attractant or repellent can be individually discharged by opening, or the attractant and the repellent can be controlled to be discharged together.

Here, the control unit 150 is designed to have such a function that it controls so that there is a difference in the discharge ratio of the liquid attractant and the solid repellent.

The eco-friendly snail automatic control trap 100 according to the present invention having the above-described configuration can be used by installing a plurality of them at regular intervals in a necessary place, and in the load sensing unit 140 provided with a load cell, the lower trapping unit 110 ) Detects a specific weight by the side attractant receiver 112 and the strainer 113.

The control unit 150 receives the specific weight detected by the load sensing unit 140 as an input signal, checks whether the opening/closing device unit 130 is operating, and checks the measured weight value detected by the load sensing unit 140 to determine the result. If the weight measurement value is less than the preset weight range, an operation signal is sent to the motor 131 of the opening/closing device unit 130 to move the rack 133, thereby moving the attractant agent of the attractant storage unit 122 on the upper storage unit 120 side. The discharge hole 122a and the repellent discharge hole 123a of the repellent storage unit 123 are individually or simultaneously opened.

At this time, the control unit 150 controls the operation of the first switchgear unit 130A and the second switchgear unit 130B.

In this way, the attractant (beer) and the repellent (coffee waste) are discharged to the lower side by automatic control in the control unit 150.

Since the attractant (beer) discharged from the attractant storage unit 122 on the upper storage unit 120 side is liquid, it passes through the strainer 113 and is put into and stored in the attractant receiver 112, and the repellent storage unit 123 Since the repellent (coffee waste) discharged from ) is a powdery solid, it is stored on the upper surface of the sieve 113 without passing through the sieve 113.

Accordingly, in the eco-friendly automatic snail control trap 100, the attractant (beer) stored in the attractant receiver 112 emits fragrance to attract snails, and the snails attracted by the attractant (beer) scent It stays on the 113, and the repellent (coffee waste) stored on the upper surface of the strainer 113 exterminates and controls snails.

While the above operation and the functionality of the attractant and repellent are exhibited, as evaporation progresses over time in the liquid attractant (beer), the weight of the lower trapping unit 110 on the side of the attractant receiver 112 The change is performed so that the weight is reduced.

Accordingly, the control unit 150 repeatedly performs the above-described process when the weight of the lower trapping unit 110 on the lure receiver 112 side is changed and the weight is reduced.

The above description is illustrative of the present invention, and the embodiments disclosed in the specification are not intended to limit the technical idea of the present invention, but are for explanation. Various modifications and variations will be possible without departing from the technical idea of Therefore, the protection scope of the present invention should be interpreted by the matters described in the claims, and technical matters within the scope equivalent thereto should be construed as being included in the scope of the present invention.

110: lower catch part 111: lower case
112: Attractant receiver 113: Strainer
120: upper storage unit 121: storage tank
122: attractant storage unit 122a: attractant discharge hole
123: repellent storage unit 123a: repellent discharge hole
124: device installation part 130: switchgear part
131: motor 132: pinion
133: rack 140: load sensing unit
150: control unit

Claims (12)

A lower trapping unit disposed on the surface and catching snails;
an upper storage unit disposed above the lower trapping unit at intervals to store a liquid attractant for attracting snails and a solid repellent for repelling snails;
an opening/closing device unit that opens and closes to automatically discharge or block the attractant and repellent stored in the upper storage unit to the lower side where the lower trapping unit is located;
a load sensing unit disposed on an inner bottom surface of the lower trapping unit to sense a weight due to a load;
a controller for automatically discharging and blocking the attractant and repellent stored in the upper storage unit by receiving a weight sensing signal from the load sensor and automatically controlling the opening and closing operation of the opening and closing device unit; Including,
The lower capture part,
a lower case of an upper open body;
an attractant receiver disposed inside the lower case and containing the attractant discharged from the upper storage unit to attract snails;
It is seated on the upper surface of the attractant receiver, and the attractant discharged from the upper reservoir passes through the attractant receiver, and the repellent discharged from the upper reservoir blocks the lower passage to remain, thereby catching snails. sieve net; Eco-friendly snail automatic control trap comprising a.
The method of claim 1,
The attractant is beer,
The eco-friendly snail automatic control trap, characterized in that the repellent is coffee grounds.
delete The method of claim 1,
At the upper end of the attractant receiver, a pair of holders are integrally formed on both sides in the front and rear directions or on both sides in the left and right directions and provided with an upward protruding structure so that the attractant receiver can be seated and placed on the lower case In addition, the sieve is configured to be inserted and fixed to be positioned on the upper surface of the attractant receiver,
An eco-friendly automatic snail control trap, characterized in that one side of the holder is provided with a handle that extends outward and is integrally formed and protruded.
The method of claim 1,
The load sensing unit,
An eco-friendly snail automatic control trap, characterized in that it is interposed between the lower case and the attractant receiver and is a load cell.
The method of claim 1,
The upper storage part,
It consists of a storage tank with an upper open body,
The storage tank is partitioned into an attractant storage unit for storing an attractant, a repellent storage unit for storing a repellent, and a device installation unit for installing an opening and closing device unit and a control unit by placing a partition wall in the storage tank;
An attractant discharge hole is formed in the attractant storage unit,
A repellent discharge hole is formed in the repellent storage unit,
Eco-friendly automatic snail control trap, characterized in that the attractant storage portion and the repellent storage portion each have an inclined portion for inducing easy discharge of the contents.
The method of claim 6,
Eco-friendly snail automatic control trap, characterized in that the cover is hinged to the upper surface of the storage tank.
The method of claim 6,
Eco-friendly automatic snail control trap, characterized in that a water level sensor is installed in the attractant storage unit to check the consumption of the attractant.
The method of claim 6,
The opening and closing device part,
As installed in the device installation part of the storage tank, a motor generating forward and reverse rotational force, a pinion coupled to the motor and rotating forward and backward, and a rack coupled to the pinion and sliding according to forward and reverse rotation to perform an opening and closing function contains;
The opening and closing device part,
Eco-friendly snail automatic, characterized in that it consists of a first opening and closing device unit for opening and closing the attractant discharge hole on the side of the attractant storage unit and a second opening and closing unit unit for opening and closing the repellent discharge hole on the side of the repellent storage unit. control trap.
The method of claim 9,
A support is installed and provided below each of the attractant storage unit and the repellent storage unit to prevent sagging and stable operation of the sliding rack on the first switchgear unit side and the sliding rack on the second switchgear unit side. Eco-friendly snail automatic control trap, characterized in that.
The method of claim 6,
Eco-friendly snail automatic control trap, characterized in that the attractant storage unit is configured to form a nozzle connection hole at the lower end of the outer surface so that the stored attractant can be drawn out to the outside.
The method of claim 6,
The attractant discharge hole on the side of the attractant storage unit is formed in a circular shape for smooth discharge of the attractant in the downward direction,
The eco-friendly automatic snail control trap, characterized in that the repellent discharge hole on the side of the repellent storage is formed in a rectangular shape for smooth discharge of the repellent in a downward direction.

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