KR20220105930A - Eco-friendly automatic control trap for slug - Google Patents

Abstract

The present invention relates to an eco-friendly automatic controlling trap for a snail comprising: a lower capturing unit; an upper storing unit; an opening/closing device unit; a load sensing unit; and a controlling unit. The lower capturing unit is placed on a surface to capture the snail. The upper storing unit is positioned in an upper side of the lower capturing unit at intervals, and stores a liquid attractor for attracting the snail and a solid repellent for repelling the snail. The opening/closing device unit is opened and closed to automatically discharge or block the attractor and the repellent stored in the upper storing unit from a lower side in which the lower capturing unit is positioned. The load sensing unit is arranged on an inner bottom surface of the lower capturing unit, and senses a weight due to a load. The controlling unit automatically controls opening/closing operations of the opening/closing device unit by receiving a weight sensing signal from the load sensing unit; and automatically discharges and blocks the attractor and the repellent stored in the upper storing unit. The present invention reduces labor through automatic discharge of controlling agents (the repellent and the attractor) during snail control work; provides eco-friendliness by using beer and coffee waste with the repellent and the attractor unlike before; performs effective control of simultaneously attracting and repelling the snail; reduces crop damage; and performs safe control which does not harm people and an environment.

Description

Eco-friendly automatic control trap for slug

The present invention relates to an eco-friendly automatic snail control trap, and more particularly, to reduce labor through the automatic discharge of pesticides (repellents and attractants) during snail control operations, and in particular, unlike the existing ones, It relates to an eco-friendly automatic snail control trap that can be used together as an attractant to realize eco-friendliness and to perform effective control such as attracting and exterminating snails at the same time.

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

Currently, the control method required to remove pests including slugs is almost dependent on pesticides, and as the use of pesticides increases, the consumption of pesticides in Korea has doubled in 10 years. In the situation, there is a problem that harms workers who perform control work using pesticides.

In addition, in the prior art, in order to control these snails, the method of carrying out control by spraying the attractant, such as methaaldehyde or etope, directly on the soil, or by placing the attractant in an open-top container and placing it on the ground. is mainly used.

However, since the snail has a thick outer shell or a thick mucous membrane, the drug does not penetrate well into the insect even when spraying agents such as drugs, and as an omnivorous pest with strong environmental adaptability, it is very difficult and difficult to control. is on the brink

In addition, the existing control method has the inconvenience and inconvenience of having to replace the trap at regular intervals after a person directly installs the trap.

On the other hand, when looking at the prior art literature in relation to the conventional snail control technology, domestic registration patent No. 10-0791490 (hereinafter referred to as 'patent document 1') discloses "a mobile snail attracting trap" and and domestic registration patent No. 10-1852962 (hereinafter referred to as 'Patent Document 2') discloses a "fruit tree-mounted slug collector", and domestic registration patent No. 10-1830521 (hereinafter referred to as 'patent document'). 3') discloses a "slug collector".

The Patent Document 1 describes, "A capture box having a wall surface inclined upwardly inward along the periphery of the bottom surface and an opening formed at the top; an bait container installed in the inside of the capture box; The upper part of the wall surface inclined downward in the inward direction The entry hole is formed so that the snail can easily pass through, and the upper lid is inserted and coupled to the opening so that the lower part of the entry hole is in close contact with the upper part of the wall surface of the trap.

In addition, Patent Document 2 discloses, "The lure liquid storage cup containing the lure liquid unique to slugs is inserted into the tree trunk through the fruit tree passage part, and then the storage cup is wrapped around the tree trunk using the Velcro tape fixed to the storage cup. With a structure that attaches to the Velcro tape binding part and fixes it, a slug climbing on a fruit tree climbs up the surface of the device by simply installing the device without the input of pesticides or manpower. Inside the lure storage cup It is to have a configuration that easily captures and attracts to

In addition, Patent Document 3 discloses, "Laying two layers of moisture absorbent cloth on the bottom of the soil, inserting a supply hose structure equipped with a ejection hole through which an attractant is ejected, is inserted between the moisture absorption cloths, and an attractant supply hose structure and an attractant are contained. It has a configuration to replenish the lubricating liquid to the medicament container after the device is installed by connecting between the drug containers with an induction hose.

However, Patent Documents 1 to 3 having the above-described configuration can be said to have a special difference in the method and use of a control agent for catching and repelling snails from the present invention proposed below.

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

The present invention has been devised to solve the problems of the prior art as described above, and enables to reduce labor through automatic discharge of pesticides (attractants and repellents) during snail control work, and in particular, unlike the existing ones, beer and coffee The purpose of this is to provide an eco-friendly automatic snail control trap that enables effective control, such as being able to implement eco-friendliness by using gourd together as an attractant and repellent, and to simultaneously attract and exterminate snails.

The present invention provides an eco-friendly automatic snail control trap that can improve the inconvenience and inconvenience of having to replace the conventional trap at regular intervals after installing the conventional trap by realizing unmanned operation through the automatic discharge function of the pesticide during snail control. There is a purpose.

It is an object of the present invention to provide an eco-friendly automatic snail control trap that enables environmentally-friendly and safe control through the configuration of using and automatically discharging pesticides (attractants and repellents) 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, a lower catcher for catching snails; an upper storage unit for storing a liquid attractant for attracting snails and a solid repellent for repelling snails, which are spaced apart from the upper side of the lower catcher; an opening/closing device unit which opens and closes to automatically discharge or block the attractant and repellent stored in the upper storage unit to the lower side of the lower trapping unit; a load sensing unit disposed on the inner bottom surface of the lower catch unit to detect a weight caused by 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 sensing unit and automatically controlling the opening/closing operation of the opening/closing device unit.

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

Here, the lower catch portion, the lower case of the upper open body; an attractant receiving container disposed inside the lower case and containing an attractant discharged from the upper storage to attract snails; It is seated and disposed on the upper surface of the attractant container, and the attractant discharged from the upper storage unit passes through the attractant container, and the repellent discharged from the upper storage unit blocks the lower passage to remain, thereby catching snails. It may be a configuration that includes;

Here, as the upper end of the attractant receiver, a pair of mounting fixtures are integrally formed on both sides in the front and rear direction or on both sides in the left and right directions, and the attractant receiver is mounted on the lower case in a state of being mounted on the lower case. In addition to making it possible, it is configured to fit and fix the strainer to be positioned on the upper surface of the attractant container, and it may be configured to have a handle part which is extended outwardly and is integrally formed and protruded on either side of the mounting fixture.

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

Here, the upper storage unit is composed of a storage tank of an upper open body, and the storage tank has a partition wall to store an attractant storage unit, a repellent storage unit for storing the repellent, an opening/closing device unit and forming a partition with a device installation unit for installing the 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 have inclined portions for inducing easy discharge of the contents, respectively. can

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

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

Here, the opening/closing device part is installed in the device installation part of the storage tank, and includes a motor for generating forward and reverse rotational force, a pinion coupled to the motor to rotate forward and reverse, and a gear coupled to the pinion to slide according to forward and reverse rotation. and a rack that moves to open and close; The opening/closing unit may include a first opening/closing unit for opening and closing the attractant discharge hole on the side of the attractant storage unit, and a second opening/closing unit for opening and closing the repellent discharge hole on the side of the repellent storage unit, and may have the same configuration. .

Here, on the lower side of each of the attractant storage unit and the repellent storage unit, a support is installed to prevent sagging of the rack sliding on the side of the first opening/closing unit and the rack sliding on the side of the second opening/closing unit for stable operation. configuration can be made.

Here, the attractant storage unit may be configured to form a nozzle connection hole at the lower end of the outer surface to draw out 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 in the downward direction with respect to the attractant, and the repellent discharge hole on the side of the repellent bottom is smoothly discharged in the downward direction for the repellent. It can be formed into a rectangle for

According to the present invention, it is possible to reduce the labor force through automatic discharge of pesticides (repellents and attractants) during snail control work, and in particular, unlike the existing ones, by using beer and coffee grounds together as repellents and attractants, eco-friendliness can be realized while Effective control such as attracting and repelling snails can be carried out at the same time, and a useful effect of reducing damage to crops can be achieved.

According to the present invention, by realizing unmanned control through automatic discharge of pesticides when controlling snails, the inconvenience and inconvenience of having to replace conventional traps at regular intervals after installing a trap can be improved, and the fatality rate of snails can be very effectively increased A useful effect that can be identified can be achieved.

According to the present invention, it does not harm people and the environment by controlling automatic discharge as well as using beer and coffee beans, which are eco-friendly materials, as control agents (attractants and repellents). 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 automatic snail 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.
4 is a perspective view showing the main part of the automatic snail control trap according to the embodiment of the present invention to explain the opening and closing device installed in the upper storage unit.
5 is a perspective view of a main part showing a lower catch part in an eco-friendly automatic snail control trap according to an embodiment of the present invention.
Figure 6 is an exploded perspective view showing the lower trap in the eco-friendly snail automatic control trap according to an embodiment of the present invention.
7 is a block diagram illustrating the operation principle of the opening/closing device unit and the control unit side 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 the functions in the present invention, which may vary depending on the intention or custom of the user or operator, so the definitions of these terms correspond to the technical matters of the present invention and should be interpreted as a concept.

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

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

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

The lower catch unit 110 includes a lower case 111 of an upper open body, and an attractant in a liquid state disposed inside the lower case 111 and discharged from the upper storage unit 120 to attract snails. It includes an attractant container 112 and a sieve 113 that is seated and disposed on the upper surface of the attractant container 112 .

The lower case 111 may be provided as a rectangular case, and has a configuration to integrally form a gap support 111a which is vertically erected on the four corners for spacing with the upper storage unit 120 and protruded. can do.

The lower case 111 may be manufactured and provided with a transparent material such as acrylic, and the weight can be reduced and the operating state such as snail capture can be directly checked, so if a problem such as a malfunction or blockage occurs, it can be easily checked and the advantage of enabling easy processing.

The attractant container 112 has a pair of mounting fixtures 112a at its upper end integrally formed and provided in an upwardly protruding structure, so that the attractant container 112 is mounted on the lower case 111 in a mounted state. In addition to enabling the arrangement, the strainer 113 may be configured to be fixedly fitted to the upper surface of the attractant receiving container 112 .

Here, the pair of mounting fixtures 112a may be provided on both sides of the upper end of the attractant receiving tube 112 in the front and rear directions or on both sides in the left and right directions.

Here, by having a handle portion 112b that extends outwardly and is integrally formed and protruded on one side of the pair of mounting fixtures 112a, the lower case 111 side of the attractant container 112 is seated. It can provide ease and convenience when installing or separating.

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

The sieve 113 allows the liquid attractant discharged from the upper storage unit 120 to pass downward to be stored in the attractant receiving container 112 , and to be discharged from the upper storage unit 120 in a solid state. of the repellent is provided to perform the role of catching the snail by blocking the lower passage and leaving it.

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

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

Here, the beer is used for the purpose of attracting snails through the unique flavor of the beer, and is used as a medium for repeatedly automatically discharging the attractant and the repellent by using the phenomenon of having an evaporation action in a natural state.

The coffee gourd contains a large amount of polyphenols that have an effect of controlling pests and insects, and is used as a medium for controlling and repelling snails by utilizing them.

The upper storage unit 120 is located on the upper side of the lower trapping unit 110 and is spaced apart from each other to ensure the ease of discharging the attractant and the repellent, and the liquid attractant (B) and the snail to attract snails. It is a configuration for storing the repellent (C), which is a solid powder particle for repelling, and supplying it in the downward direction.

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

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 catcher 110 .

At this time, the storage tank 121 has a partition wall to store an attractant storage unit 122 for storing the liquid-state attractant, a repellent storage unit 123 for storing the solid-state repellent, and the opening/closing device unit ( 130) and a device installation unit 124 for installing the control unit 150 to form a partition.

Here, the attractant discharge hole 122a is formed in the attractant storage unit 122 , and the 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 in the downward direction for the liquid attractant, and the repellent lowering part 123 The side repellent discharge hole (123a) is preferably formed in a rectangular shape for smooth discharge in the downward direction for the solid repellent.

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

Here, the attractant storage unit 122 may be configured to form a nozzle connection hole 122c at the lower end of the outer surface to draw out the stored attractant to the outside.

Incidentally, the attractant may use beer in a liquid state, and when the beer is spoiled by the summer temperature, it may be removed and replaced with new beer.

Here, since the attractant in a liquid state is input and stored in the attractant storage unit 122 , a water level sensor (not shown) may be installed to automatically check the consumption amount of the attractant 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/closing device unit 130 . It is possible to prevent foreign substances from being introduced into the attractant and repellent stored therein while making it easier to carry out the procedure.

Here, it is preferable that the cover is also made of a transparent material such as acrylic.

The opening/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 trapping unit 110 is located. It is a configuration that opens and closes to automatically discharge or shut off.

The opening/closing unit 130 includes a first opening/closing unit 130A for opening and closing 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 (123) side repellent discharge hole (123a) can be configured as a second opening and closing device (130B) for opening and closing.

The first opening/closing unit 130A and the second opening/closing unit 130B have the same configuration, and may operate simultaneously or separately by a signal generated from the control unit 150 .

The opening/closing unit 130, that is, the first opening/closing unit 130A and the second opening/closing unit 130B, is on the device installation unit 124 of the storage tank 121 on the upper storage unit 120 side, respectively. is installed

The first opening/closing device unit 130A and the second opening/closing unit unit 130B include a motor 131 for generating forward and reverse rotational force, respectively, and a pinion 132 coupled to the rotation shaft of the motor 131 to rotate forward and reverse; It is gear-coupled to the pinion 132 and is configured to include a rack 133 that opens and closes through a forward/backward operation by slide movement according to forward and reverse rotation.

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

Here, the rack 133 is a flat structure having a rack gear part on the lower surface, and according to the forward and backward motion by the slide movement, the attractant discharge hole 122a on the side of the attractant storage unit 122 and the The repellent storage unit 123 serves to substantially open and close each of the repellent discharge holes 123a.

Here, the rack 133 is located below the attractant discharge hole 122a on the attractant storage unit 122 side and the repellent discharge hole 123a on the repellent storage unit 123 side, respectively, and slides. It is provided to perform a forward and backward motion by

In addition, the opening/closing device 130 may have a configuration in which a support 134 is installed to prevent sagging and stabilize the components of the rack 133 that slides to move forward and backward.

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

The load sensing unit 140 is disposed on the inner bottom surface of the lower catch unit 110 to sense the weight due to the load.

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

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

Here, the load sensing unit 140 detects the weight changed by the evaporation of the liquid attractant in the attractant container 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 together with the components constituting the opening/closing unit 130 in the device installation unit 124 of the upper storage unit 120 , and a weight sensing signal from the load sensing unit 140 . By receiving an input and automatically controlling the opening and closing operation of the opening and closing device unit 130 through a change in the measured value, the attractant and repellent storage unit 123 stored in the upper storage unit 120 , that is, the attractant storage unit 122 . ) is configured to automatically discharge or block repellents stored in each.

The control unit 150 may be configured as 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 on the side of the opening/closing unit 130 when the measured value is less than or equal to a preset weight range. By sending a signal to move the rack 133, it is possible to control to discharge the attractant or repellent individually or discharge the attractant and repellent together by opening.

Here, the control unit 150 controls the discharge ratio of the liquid-state attractant and the solid-state repellent to be different, and is designed to have such a function.

The eco-friendly automatic snail 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 as a load cell, the lower trapping unit 110 ) detects a specific weight by the side attractant container 112 and the sieve 113 .

The control unit 150 receives a specific weight sensed by the load sensing unit 140 as an input signal, checks whether the opening/closing unit 130 is operating, and checks the weight measured value sensed by the load sensing unit 140, and the When the weight measurement value is less than or equal to the preset weight section, an operation signal is sent to the motor 131 on the opening/closing device 130 side to move the rack 133 so that the attractant 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 opened individually or simultaneously.

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

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

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

Accordingly, in the eco-friendly snail automatic control trap 100, the scent is emitted from the attractant (beer) stored in the attractant container 112 to attract the snails, and the snails attracted by the attractant (beer) fragrance are screened. It stays on (113), and it is controlled by repelling snails by the action of the repellent (coffee meal) stored on the upper surface of the strainer (113).

While the above operation and the action of the attractant and the repellent are exhibited, the liquid attractant (beer) evaporates over time and the weight of the attractant container 112 side of the lower trap 110 is The change is carried out and the weight is reduced.

Accordingly, the control unit 150 repeatedly performs the above-described process when the weight is reduced by changing the weight of the attractant container 112 side of the lower trapping unit 110 .

The above description is illustrative of the present invention, and the embodiments published in the specification are intended to explain, not to limit the technical idea of the present invention, so those of ordinary skill in the art to which the present invention pertains Various modifications and variations will be possible without departing from the technical idea of Therefore, the protection scope of the present invention is 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: bait container 113: strainer
120: upper storage 121: storage tank
122: attractant storage unit 122a: attractant discharge hole
123: repellent storage unit 123a: repellent discharge hole
124: device installation unit 130: switchgear unit
131: motor 132: pinion
133: rack 140: load sensing unit
150: control unit

Claims (12)

It is disposed on the surface, the lower catch for catching snails;
an upper storage unit for storing a liquid attractant for attracting snails and a solid repellent for repelling snails, which are disposed on the upper side of the lower catcher and spaced apart;
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 of the lower trapping unit;
a load sensing unit disposed on the inner bottom surface of the lower catch unit to detect a weight due to a load;
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 sensing unit and automatically controlling the opening/closing operation of the opening and closing unit; Eco-friendly snail automatic control trap comprising a.
The method according to claim 1,
The attractant is beer,
Eco-friendly snail automatic control trap, characterized in that the repellent is coffee leaf.
The method according to claim 1,
The lower catch unit,
The lower case of the upper open body;
an attractant receiving container disposed inside the lower case and containing an attractant discharged from the upper storage to attract snails;
It is seated and disposed on the upper surface of the attractant container, and the attractant discharged from the upper storage unit passes through the attractant container, and the repellent discharged from the upper storage unit blocks the lower passage, thereby catching snails. strainer sieve; Eco-friendly snail automatic control trap comprising a.
4. The method of claim 3,
A pair of mounting fixtures are integrally formed on both sides in the front-rear direction or on both sides in the left and right directions as an upper end of the attractant container, and the attractant container is mounted and disposed on the lower case in an upwardly protruding structure. In addition, the sieve is configured to be fixed by being positioned on the upper surface of the attractant tray,
Eco-friendly snail automatic control trap, characterized in that it has a handle part which extends outwardly and is integrally formed and protruded on either side of the mounting fixture.
4. The method according to claim 3,
The load sensing unit,
An eco-friendly automatic snail control trap, characterized in that it is interposed between the lower case and the attractant container, and is a load cell.
The method according to claim 1,
The upper storage unit,
It consists of a storage tank with an upper open body,
The storage tank has a partition wall to form a division into an attractant storage unit for storing the attractant, a repellent storage unit for storing the repellent, and a device installation unit for installing an opening/closing device and 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,
The eco-friendly snail automatic control trap, characterized in that each of the attractant storage unit and the repellent storage unit has an inclined portion for inducing easy discharge of the contents.
7. 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.
7. The method of claim 6,
Eco-friendly snail automatic control trap, characterized in that a water level sensor is installed in the attractant storage unit to check the consumption amount of the attractant.
7. The method of claim 6,
The opening and closing device unit,
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 to rotate forward and reverse, and a gear coupled to the pinion to slide and move according to forward and reverse rotation to open and close a rack includes;
The opening and closing device unit,
Eco-friendly snail automatic, characterized in that it consists of a first opening/closing device for opening and closing the attractant discharge hole on the side of the attractant storage unit and a second opening/closing unit for opening and closing the repellent discharge hole on the side of the repellent storage unit control trap.
10. The method of claim 9,
At the lower side of each of the attractant storage unit and the repellent storage unit, a support is installed to prevent sagging and provide stable operation with respect to the rack sliding on the side of the first opening/closing unit and the rack sliding on the side of the second opening/closing unit Eco-friendly snail automatic control trap, characterized in that.
7. The method of claim 6,
Eco-friendly snail 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 to withdraw the stored attractant to the outside.
7. 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 in the downward direction with respect to the attractant;
The eco-friendly snail automatic control trap, characterized in that the repellent discharge hole on the side of the repellent bottom is formed in a rectangle for smooth discharge in the downward direction with respect to the repellent.

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